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Advanced
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I |
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S.Narayanan
T.K. Manicavachagom Pillay
Dr.G. Ramaniah |
| Price |
Rs. 40/- |
| No. of
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368 |
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CHAPTER
1. Advanced Calculus
CHAPTER
2. Vector Analysis
CHAPTER
3. Matrices |
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Name
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Advanced
Mathematics for Engineering Students Volume
II |
| Authors
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S.Narayanan
T.K. Manicavachagom Pillay
Dr.G. Ramaniah |
| Price |
Rs. 40/- |
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Details |
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CHAPTER 4. Complex Variables
A. Analytic Functions, B.Integration in
the Complex Plane. C.Expansion of
Functions in power series. D. Singular
Points, Residues and Residue Theorem.
E. Contour Integration. F.Conformal Mapping.
CHAPTER
5. Special Function: Frobenius Method.
Solutions near a Regular singular Point,
Hypergeometric Equation. Bessel's Equation,
Legendre's Equation.
CHAPTER
6. Partial Differential Equations: Derivation
of Partial Differential Equation, Different
Integrals of Partial Differential Equations,
Solutions of Partial Differential Equations.
Standards, Lagrange's Equation, Charpit's
Method, Linear Equations with Constant
coefficients, Reduction to Canonical Form.
CHAPTER
7. Fourier Series and Boundary value problems:
Dirichelt's conditions, Examples on Fourier
Series, vibration of a Stretched Flexible
string, Heat Flow, Boundary value problems
involving Bessel's Functions. |
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Name
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Advanced
Mathematics for Engineering Students Volume
III |
| Authors
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S.Narayanan
T.K. Manicavachagom Pillay
Dr.G. Ramaniah |
| Price |
Rs. 40/- |
| No. of
Pages |
374 |
| |
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CHAPTER
8. Fourier Transforms
CHAPTER
9. Laplace Transforms Numerical Analysis.
PART I.
CHAPTER
10. Solution of nonlinear equations.
CHAPTER
11. Solution of Simulataneous linear equations
and eigenvalue problem.
CHAPTER
12. Interpolation.
CHAPTER
13. Numerical differentiation and integration.
CHAPTER
14. Curve fitting- Least square approximation.
CHAPTER
15. Difference equations and Z-transform.
PartII.
CHAPTER
16. Solution of initial value problems in
ordinary differential equations.
CHAPTER
17. Solution of boundary value problems
in ordinary differential equations.
CHAPTER
18. Solution of boundary value problems
in partial differential equations. |
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Name
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Algebra
Vol. I |
| Authors
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T Natarajan
K S Ganapathy
T K Manicavachagom Pillay |
| Price |
Rs. 90/- |
| No. of
Pages |
432 |
| |
|
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| CHAPTER
1. Partial Fractions
CHAPTER
2. Covergency and Divergency of Series,
CHAPTER
3. Binomial Theorem
CHAPTER
4. Exponential and Logarithmic Series
CHAPTER
5. Summation of Series
CHAPTER
6. Theory of Equations. Answers. |
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Name
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Algebra
Vol. II |
| Authors
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T Natarajan
K S Ganapathy
T K Manicavachagom Pillay |
| Price |
Rs. 70/- |
| No. of
Pages |
278 |
| |
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CHAPTER
1. Determinants
CHAPTER
2. Matrices
CHAPTER
3. Continued Fractions
CHAPTER
4. Inequalities
CHAPTER
5. Theory of Numbers |
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Name
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Analytical
Geometry Part I - 2 dimentions |
| Authors
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T Natarajan
T K Manicavachagom Pillay |
| Price |
Rs. 100/- |
| No. of
Pages |
434 |
| |
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CHAPTER
1. Co-ordinates
CHAPTER
2. Straight Line
CHAPTER
3. Pairs of Straight Line
CHAPTER
4. Circle
CHAPTER
5. System of Circles
CHAPTER
6. Parabola
CHAPTER
7. Ellipse
CHAPTER
8. Hyperbola
CHAPTER
9. Polar Equations
CHAPTER 10.
General Equation of the Second Degree Miscellaneous
Exercise Answers |
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Name
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Analytical
Geometry Part II - 3 dimentions |
| Authors
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T Natarajan
T K Manicavachagom Pillay |
| Price |
Rs. 50/- |
| No. of
Pages |
208 |
| |
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CHAPTER
1. Rectangular Cartesian Co-ordinates :
Direction Cosines of a Line
CHAPTER
2. The Plane
CHAPTER
3. The Straight Line
CHAPTER
4. The Sphere
CHAPTER
5. The Central Quadrics and Cone, Answers |
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Name
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Ancillary
Mathematics Volume I |
| Authors
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S.Narayana,
M.A
Late R.Hanumantha Rao, M.A.,
T.K. Manicavachagom Pillay M.A., L.T.,
Dr.P.Kandaswamy, M.A., Ph. D., |
| Price |
Rs. 100/- |
| No. of
Pages |
344 |
| ISBN |
81-87156-25-2 |
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Chapter
Details |
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CHAPTER
1. Algebra
CHAPTER
2. Theory of Equations
CHAPTER
3. Matrices
CHAPTER
4. Finite Differences
CHAPTER
5. Trigonometry
CHAPTER
6. Differential Calculus.. |
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Name |
Ancillary Mathematics Volume - II |
| Authors |
S. Narayanan
R. Hanumantha Rao
T. K. Manicavachagom Pillay |
| Price |
Rs. 150/- |
| ISBN |
81-87156-39-2 |
| |
|
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| 1. Integration 2. Fourier series 3. Multiple Integrals 4. Ordinary Differential Equations 5. Total Differential Equations 6. Partial Differential Equations 7. Lap lace Transform 8. Vector Analysis. |
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Name
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Calculus
Vol. I |
| Authors
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S Narayanan
T K Manicavachagom Pillay |
| Price |
Rs. 100/- |
| No. of
Pages |
442 |
| |
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CHAPTER
1. Function and Limits
CHAPTER
2. Differentiation
CHAPTER
3. Successive Differentiation
CHAPTER
4. Meaning of the Derivativ
CHAPTER
5. Maxima and Minima
CHAPTER
6. Rolle’s Theorem and mean Value
Theorem
CHAPTER
7. Expansions of Functions
CHAPTER
8. Partial Differentiation, Errors and Approximations
CHAPTER
9. Tangent and Normal
CHAPTER
10. Envelopes, Curvature of Plane Curves,
XI.Linear Asymptotes
CHAPTER
11. Singular Points
CHAPTER
12. Tracing of Curves. Answers to Exercises |
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Name
|
Calculus
Vol. II |
| Authors
|
S Narayanan
T K Manicavachagom Pillay |
| Price |
Rs. 85/- |
| No. of
Pages |
344 |
| |
|
|
CHAPTER
1. Integration
CHAPTER
2. Geometrical Applications of Integration
CHAPTER 3. Physical Applications
of Integration
CHAPTER
4. The Definite Integral-Reimann Integration
CHAPTER
5. Multiple Integrals
CHAPTER
6. Change of Variables
CHAPTER
7. Improper Integrals Beta and Gamma Functions.
Answers. |
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|
 |
Name
|
Calculus
Vol. III |
| Authors
|
S Narayanan
T K Manicavachagom Pillay |
| Price |
Rs. 100/- |
| No. of
Pages |
364 |
| |
|
|
CHAPTER
1. Differential Equations of the First Order
CHAPTER
2. Linear Differential Equation with Constant
Coefficients
CHAPTER
3. Simultaneous Differential Equations
CHAPTER
4. Partial Differential Equations
CHAPTER
5. The Laplace Transforms
CHAPTER
6. Fourier Series, Fourier Transforms
CHAPTER
7. Power Series Solutions of Differential
Equations, Bessel’s Function and Its
Properties. Answers. |
|
|
|
 |
Name |
Complex Analysis (All Southern Universities covered) |
| Authors |
T. K. Manicavachagom Pillay
Dr. S. P. Rajagopalan
Dr. R. Sattanathan |
| Price |
Rs. 95/- |
| ISBN |
81-87156-32-5 |
| |
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|
| 11. Differential Equations of the First Order 2. Linear Differential Equation with Constant Coefficients 3. Simultaneous Differential Equations 4. Partial Differential Equations 5. The Lap lace Transforms 6. Fourier series Fourier Transforms 7. Power Series Solutions of Differential Equations Bessel’s Function and Its Properties. Answers. |
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Name
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Differential
Equations and its Applications |
| Authors
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S Narayanan
T K Manicavachagom Pillay |
| Price |
Rs. 65/- |
| No. of
Pages |
402 |
| |
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|
CHAPTER
1. Introduction,
CHAPTER
2. Equations of the first order and of the
first degree
CHAPTER
3. Applications of first order equations,
CHAPTER
4. Equations of the first order, but of
higher degree
CHAPTER
5. Linear equation with constant coefficients
CHAPTER
6. Simultaneous equation
CHAPTER
7. Miscellaneous methods
CHAPTER
8. Linear equations of the second order
CHAPTER
9. The Laplace transforms
CHAPTER
10. Geometrical application
CHAPTER
11. Total differential equations
CHAPTER
12. Partial differential equations of the
first order
CHAPTER
13. Partial differential equations of the
second order. Appendix, Answers to Differential
Equations exercises.and its Applications |
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Name
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Dynamics
|
| Authors
|
Dharmapadam |
| Price |
Rs. 90/- |
| No. of
Pages |
472 |
| |
|
|
CHAPTER
1. Vectors
CHAPTER
2. Kinematics of a point,
CHAPTER
3. Kinetic – Newton’s Laws of
Motion,
CHAPTER
4. Simple Harmonic Motion,
CHAPTER
5. Plane Motion – Projectiles.
CHAPTER
6. Central Orbits – Use of Polar Co–
ordinates,
CHAPTER
7. Impulse– Impulsive Forces Impulsive
Motion,
CHAPTER
8. Moment of Inertia, Appendix I, Appendix
II, Appendix III. Units and Dimensions,
Questions (Part A). |
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Name
|
Statics |
| Authors
|
Dharmapadam |
| Price |
Rs. 85/- |
| No. of
Pages |
252 |
| |
|
|
CHAPTER
1. Forces Acting at a Point –
Equilibrium of a Particle.
CHAPTER
2. Non–concurrent Coplanar Forces.
CHAPTER
3. Friction.
CHAPTER
4. Centre of Gravity,
CHAPTER
5. Equilibrium of Strings and Chains. |
|
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 |
Name
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Trigonometry
|
| Authors
|
S Narayanan
T K Manicavachagom Pillay |
| Price |
Rs. 60/- |
| No. of
Pages |
204 |
| |
|
|
CHAPTER
1. Solution of Simple Trigonometric Equations
CHAPTER
2. Complex Numbers – Argand Diagram,
CHAPTER
3. Expansion
CHAPTER
4. Hyperbolic Functions
CHAPTER
5. Resolution into Factors
CHAPTER
6. Summation of Trigonometrical Series
CHAPTER 7.
Quadrilaterals and Polygons, Appendix :
Questions of the Objective Type. Answers. |
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| Physics
Books |
 |
Name
|
Fundamentals
of Microprocessor 8085 |
| Authors |
V Vijayendran |
| Price |
Rs. 135/- |
| No. of Pages |
376 |
| ISBN |
|
|
| |
Chapter
Details |
|
|
CHAPTER 1. Digital
Fundamentals : 1.1. Binary number system, 1.2.
Hexadecimal number system, 1.3. Representation
of negative numbers, 1.4. Binary Coded Decimal,
1.5. Basic Logic Gates, 1.6. High impedance
state, 1.7. D flipflops and D latches,Registers,
1.9. Multiplexers, 1.10. Demultiplexers / Decoders.
CHAPTER 2. Microcomputer Organisation :Microcomputer
arrangement, 2.2. Memory, a general discussion,
2.3. Read Only Memory, (ROM) 2.4. Random Access
Memory (RAM), 2.5. Microprocessor as CPU, 2.6.
Input unit, 2.7. Output unit, 2.8. System bus
and bus structure, 2.9. Execution of an instruction,
CHAPTER 3. 8085 Microprocessor : 3.1. Introduction
to Intel processors, 3.2. Pin functions of 8085,
3.3. Architecture Fundamentals of of 8085,
CHAPTER
4. Instruction set of 8085 -I, 4.1. Machine
language and Assembly language, MICROPROCESSOR
-8085 4.2. Programmer’s model of 8085,
4.3. Data transfer instructions - I, 4.4. Arithmetic
instructions, 4.5. Logic instructions, 4.6.
Special instructions, 4.7. Assembly,Architecture,Language
to Hex code.
CHAPTER 5. Instruction set of Programming
& interfacing 8085 - II : 5.1. Data transfer
Instructions - II, 5.2. Branch Instructions,
5.3. Stack and Stack related instructions,V.
Vijayendran 5.4. I/O and Machine Control Instructions,
5.5. 8085 Rs. 135 /-Addressing Modes.
CHAPTER 6. Assembly Language ISBN :81-
87156- 13- 9 programs. 6.1. Addition, 6.2. Subtraction,
6.3. Multiplication, 6.4. Division, 6.5. Square
and Square root, 6.6. Sorting and Searching,
6.7. Code Conversion, 6.8. Debugging a program.
CHAPTER 7. 8085 Instruction Timings : 7.1.
Introduction, 7.2. Memory
|
| Close |
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 |
Name
|
Fundamentals
of Microprocessor 8086 |
| Authors |
V Vijayendran |
| Price |
Rs. 150/- |
| No. of Pages |
438 |
| ISBN |
|
|
| |
Chapter
Details |
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CHAPTER
1. DIGITAL FUNDAMENTALS : 1.1. Binary number
system, 1.2.Hexadecimal number system, 1.3.Representation
of negative numbers, 1.4. Basic logic gates,
1.5. High impedance state, 1.6.D flipflops and
D latches, 1.7. Registers, 1.8. Multiplexers,
1.9. Demultiplexers / Decoders.
CHAPTER 2. MICROCOMPUTER ORGANISATION :
2.1.Microcomputer arrangement,
2.2.Memory, a general discussion, 2.3. Read
Only Memory (ROM), 2.4. Random Access Memory
(RAM), 2.5. Microprocessor as CPU, 2.6. Input
unit, 2.7. Output unit, 2.8. System bus and
bus structure, 2.9. Execution of an instruction.
CHAPTER 3. 8086 MICROPROCESSOR : 3.1. Introduction
to Intel processors, 3.2. Minimum mode and Maximum
mode of 8086, 3.3. Pin functions of 8086, 3.4.
8086-Architecture,
Chapter 4. 8086 INSTRUCTION SET -I : 4.1. Machine
language and Assembly language, 4.2. Programmer’s
model 8086, 4.3. The 8086 addressing modes,
4.4. Data transfer instructions, 4.5. Arithmetic
instructions, 4.6. Logic instructions, 4.7.
Shift instructions, Rotate instructions.
CHAPTER 5. 8086 INSTRUCTION SET –
II, 5.1. Compare instructions, 5.2. Jump instructions,
5.3.Loop instructions, 5.4. String instructions,
5.5. Flag and Processor control instructions,
5.6. Stack and Stack related instructions, 5.7.
Call and Return instructions.
CHAPTER 6. HAND ASSEMBLY AND ASSEMBLER
: 6.1. Instruction templates and hand assembling,
6.2. Assembler and Assembler Directives.
CHAPTER 7. ASSEMBLY LANGUAGE PROGRAMS :
7.1.General program structure, 7.2. Addition
of two 16-bit numbers, 7.3. Multiplication of
two 16-bit numbers, 7.4. Division of a 32-bit
number by a 16-bit number, 7.5. Multibyte addition,
7.6. Ascending order – Bubble sort, 7.7.
Block transfer, 7.8. Matrix multiplication,
7.9. Factorial of a number -using recursion,
7.10. Display character string on the screen
and Read Keyboard, Linear search with screen
message, 7.12. Password check.
CHAPTER 8. 8086 MEMORY INTERFACE : Simplified
Memory Interface, 8.2. Address space and data
organisation, 8.3. Hardware Organisation of
the Memory address space, 8.4. Demultiplexing
the Address / Data bus, 8.5. Interfacing Static
RAM to 8086 (Minimum Mode), 8.6. Interfacing
ROM to 8086 (Minimum Mode), 8.7. Clock Cycles
and Machine Cycles, 8.8. Memory Read Bus Cycle,
8.9. Memory Write Bus Cycle, 8.10. Basics of
8086 Maximum Mode Interface, 8.11. Dynamic RAM,
8.12. Bus Arbitration in 8086 and DMA, 8.13.
Organisation of 8088, CACHE
Memory.
CHAPTER 9. 8086 INPUT / OUTPUT INTERFACE
: 9.1.IN and OUT instructions, 9.2.Input / Output
Port interface (minimum mode), 9.3.Input / output
Bus Cycles, 9.4.I/O Maximum mode signals, 9.5.Memory
Mapped I/O, 9.6.Programmable Peripheral Interface
8255, Single and Double Handshake I/O data transfer,
9.8. Hex Keyboard Interface, 9.9. Time Delay
Loops, 9.10. Interfacing 7-segment displays,
9.11. Software-multiplexed LED displays, 9.12.
Introduction to Operational Amplifier, 9.13.
Digital to Analog Converter (DAC), 9.14. Analog
to Digital Converter (ADC), 9.15 Stepper Motor
Interface.
CHAPTER 10. INTERRUPTS IN 8086 : 10.1.
Interrupt types and 8086 response, 10.2. Interrupt
pointer table, 10.3 Interrupt related instructions,
10.4. External hardware interrupt interface,
10.5. Non-Maskable Interrupt, NMI (Type 2),
10.6. Internal interrupts (Exceptions), Software
Interrupts -Types 0 through 255, 10.8. Priority
of 8086 interrupts, 10.9. Programmable Interrupt
Controller (PIC) 8259 A, 10.10. Interrupt Applications.
CHAPTER 11. ADVANCED MICROPROCESSORS :
11.1. Introduction, 80286 Microprocessor, 11.3.
80386 Microprocessor, 80486 Microprocessor,
11.5. Pentium Processor.
CHAPTER 12. TIMER -DMA CONTROLLER -USART,
Programmable Interval Timer -8254/53, 12.2.
DMA controller - 8237, 12.3. USART – 8251,
CHAPTER 13. TIMER – INTRODUCTION TO MICROCONTROLLER
–8051, 13.1. Introduction to Intel microcontrollers,
13.2. Pin-out functions of 8051, 13.3.
Internal Architecture of 8051, 13.4. Addressing
modes of 8051, 13.5. Instruction set of 8051,
13.6. Program examples. APPENDIX - A : 8086
- Instruction Set Summary, APPENDIX -B : 8051
opcodes list, INDEX. |
|
|
|
|
 |
Name
|
An Introduction
to Integrated Electronics |
| Authors |
V Vijayendran |
| Price |
Rs. 135/- |
| No. of Pages |
390 |
| ISBN |
|
|
| |
|
|
|
CHAPTER 1. Number
Systems : 1.1. Review of decimal number system,
1.2. Binary number system, 1.3. Binary to
decimal conversion, 1.4. Decimal to binary
conversion, 1.5.Hexadecimal number system,
1.6.Hexadecimal to decimal conversion 1.7.
Decimal to hexadecimal conversion, 1.8. Hexadecimal
to binary conversion, 1.9. Binary to hexadecimal
conversion, 1.10. Octal number system, 1.11
Octal to decimal conversion, 1.12. Decimal
to octal conversion, 1.13. Octal to binary
conversion, 1.14. Binary to octal conversion.
CHAPTER 2. Binary
Arithmetic 2.1 Binary Addition, 2.2. Binary
Subtraction, 2.3. Binary Multiplication, 2.4.
Binary Division, 2.5. 1’s and 2’s
Complements, 2.6. Subtraction using complements,
2.7Signed Binary Numbers.
CHAPTER 3.Binary Codes
: 3.1 BCD codes – 8421 code, 3.2. 2421
and 4221 codes,
3.3. Excess -3 code, 3.4. Gray code, 3.5.
ASCII code.
CHAPTER 4. Logic Gates
and Logic Circuits 4.1.Introduction, 4.2.
Analog and Digital Signals, 4.3. Basic logic
gates, NOT, OR, AND, 4.4. Logic circuits and
logic expressions, 4.5.Sum of Products (SOP),
4.6.Product of Sums (POS), 4.7. NAND and NOR
gates, 4.8. Ex-OR and Ex-NOR gates, 4.9.Positive
and Negative Logic.
CHAPTER 5. Boolean
Algebra : 5.1.Laws of Boolean Algebra, 5.2.DeMorgan’s
Theorems, 5.3. NAND as Universal gate, 5.4.
NAND-NAND network, 5.5. NOR as Universal gate,
5.6 NOR-NOR network.
CHAPTER 6. Karnaugh
Map : 6.1 Minterms, 6.2. Relation between
K-map and truth table, 6.3. 2-variable K map
using minterms, 6.4. 3-variable K map using
minterms , 6.5. 4-variable K map using minterms,
Don’t care conditions, 6.7. Maxterms,
6.8. K map using maxterms.
CHAPTER 7. Arithmetic
Circuits : 7.1. Binary addition, 7.2. Half adder
and Full adder,
7.3. Four bit adder, 7.4 BCD adder, 7.5. Half
subtractor and Full subtractor, 7.6f our bit
adder / subtractor circuit.
CHAPTER 8. Combination
Circuit Applications : 8.1. Multiplexer, 8.2
Demultiplexer, 8.3. Decoder, 8.4. Encoder, 8.5.Programmable
Logic Array, 8.6.Binary to Gray and Gray to
Binary using EX-OR Gates, 8.7.Parity Generator
and Checker
CHAPTER 9. Flip-Flops
: 9.1. Introduction, 9.2. NAND latch, 9.3. SR
Flip-flop, .4. D Flip-flop, 9.5. JK Flip-lop,
9.6. T Flip-flop.
CHAPTER 10. Registers and counters : 10.1. Registers,
10.2. Shift Register, 10.3. Ring Counter, 10.4.
Shift Counter / Johnson’s Counter, 10.5.
Asynchronous Counters,
10.6. Synchronous Counters, 10.7. Design of
Synchronous Counters.
CHAPTER
11. Digital Logic Families :11.1.Digital IC
Characteristics, 11.2.Diodes and Transistors
in Logic Circuits, 11.3. Resistor Transistor
Logic -RTL, 11.4. Diode Transistor Logic - DTL,
11.5.Transistor Transistor Logic - TTL, 11.6.
Schottky TTL, 11.7. Emitter Coupled Logic -
ECL, :11.8. CMOS Logic, 11.9. TTL to CMOS and
CMOS to TTL Interface, 11.10. Comparison of
Logic Families.
CHAPTER
12. Semiconductor Memories :12.1. Introduction,
12.2. Read Only Memory -ROM, 12.3. PROM, EPROM,
EEPROM, 12.4. Random Access Memory -RAM, 12.5.
Memory Expansion, 12.6. Memory Parameters /
Characteristics.
CHAPTER 13. Operational
:Amplifier Fundamentals : 13.1. Introduction,
13.2. Evolution of Operational Amplifier, 13.3.
Symbol and Terminals of an OP-Amp 13.4.Op-Amp
characteristics and Parameters.
CHAPTER
14. Basic Operational Amplifier Circuits : 14.1.
Op-Amp Comparator, 14.2. Schmitt Trigger, 14.3.
Inverting Amplifier, 14.4. Inverting Summing
Amplifier (Adder) 14.5. Non-Inverting Amplifier,
14.6. Voltage Follower (or) Unit gain Amplifier,
14.7.Non-Inverting Summing Amplifier, 14.8.
Difference Amplifier (Subtractor) 14.9. Op-Amp
-Differentiator, 14.10. Op-Amp -Integrator,
14.11. Op-Amp -Current to Voltage Converter,
14.12. Solving Simultaneous Equations, 14.13.Solving
Differential Equations.
CHAPTER
15. OP-AMP Wave Form Generators : 15.1. Phase
Shift Oscillator, 15.2. Wien’s Bridge
Oscillator, 15.3. Astable multivibrator (Square
Wave generator) 15.4. Monostable Multivibrator.
CHAPTER 16. D/A AND A/D Converters :16.1. Binary
Weighted Resistor D / A Converters, 16.2. R-2R:
Resistive Ladder D / A Converter, 16.3. Counter
Type A / D Converter, 16.4. Successive Approximation
A / D Converter, 16.5 Dual Slope A / D Converter,
16.6. Parallel Comparator A / D Converter.
CHAPTER
17. 555 Timer and Applications 17.1555 Timer
Internal Structure, 17.2. 555 Timer as Schmitt
Trigger, 17.3. 555 Timer as Astable Multivibrator,
17.4. 555 Timer as Monostable Multivibrator,
Appendix - A, Digital Ics – |
|
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|
|
 |
Name
|
Practical
Physics And Electronics
|
| Authors |
C.C. Ouseph,
U.J. Rao,
V.Vijayendran |
| Price |
Rs. 180/- |
| No. of Pages |
485 |
| ISBN |
81-87156-21-X |
| |
Chapter
Details |
|
|
CHAPTER
1. PROPERTIES OF MATTER : 1. Vernier Calipers,
2. Screw Gauge, 3. Travelling Vernier Microscope,
4. Young’s Modulus–Non uniform Bending
– I (Pin and Microscope), 5. Young’s
Modulus–Non uniform Bending – II
(Optic Lever) 6. Young’s Modulus–Non
uniform Bending – III (Koenig’s
Method), 7. Young’s Modulus– uniform
Bending – I (Pin and Microscope), 8. Young’s
Modulus–uniform Bending – II (Optic
Lever) 9. Young’s Modulus– uniform
Bending – III (Koenig’s Method),
10. Young’s Modulus– uniform Bending
– IV. (Cornu’s Method - Elliptical
Fringes), 11. Young’s Modulus –
Cantilever (Static Method -I) (Pin and Microscope),
12. Young’s Modulus – Cantilever
(Static Method - II) (Optic Lever), 13. Young’s
Modulus – Cantilever (Static Method -
III) (Scale and Telescope), 14. Young’s
Modulus – Cantilever (Dynamic Method),
15. Rigidity Modulus – Static Torsion,
16. Rigidity Modulus – Torsion Pendulum,
17. Searle’s Double Bar Pendulum, 18.Compound
Pendulum, 19. Bifilar Pendulum, 20. Surface
Tension -Drop Weight Method 21. Surface Tension
-Capillary Rise, 22. Viscosity of Liquid -Burette
Method, 23. Viscosity of Liquid - Stoke’s
Method, 24. Viscosity of Liquid - Meyer’s
Disc Method,
CHAPTER
2. SOUND 25. Sonometer — Verifications
of Laws of Transverse Vibrations of Stretched
string , 26. Sonometer — Frequency of
Tuning Fork, 27. Sonometer — A.C. Frequency,
28. Melde’s Apparatus — Frequency
of vibrator , 29. Kundt’s Tube,
CHAPTER
3. HEAT : 30. Specific Heat Capacity–Method
of Mixtures – Solid and Liquid, 31. Newton’s
Law of Cooling, 32. Joule’s Calorimeter–Specific
Heat Capacity of Liquid, 33. Thermal Conductivity–Lee’s
Disc, 34. Solar Constant,
CHAPTER 4. LIGHT
: 35. Focal Length of Concave Mirror, 36. Focal
Length of Convex Mirror, 37. Focal Length of
Convex Lens, 38.Focal Length of Concave Lens,
39. Radii of Curvature of Lens, 40. Liquid Lens–Refractive
Index of Liquid, 41.Spectrometer–Prism,
42. Spectrometer : (i – d) Curve, 43.
Spectrometer : (i – i¢) Curve, 44.
Spectrometer – Small Angled Prism, 45.Plane
Transmission Grating – Normal Incidence
Method, 46. Plane Transmission Grating –
Minimum Deviation Method, 47. Spectrometer –
Cauchy’s Constants, 48. Hartmann’s
Formula -Hydrogen spectrum–Determination
of Rydberg Constant, 49. Solar Spectrum–Fraunhoffer
lines –[Absorption Line Spectrum], 50.
Edser Butler Fringes, 51.Air Wedge, 52. Newton’s
Rings – Refractive index of convex lens,
53. Febry Perot Etalon,
CHAPTER
5. MAGNETISM : 54. Deflection Magnetometer–Tan
A Position, 55. Deflection Magnetometer–Tan
B Position, 56. Determination of M and B H –
Tan C Position Vibration Magnetometer, 57. Field
along the axis of a circular coil–Determination
of B , 58. Field along the axis of a circular
coil – Determination of M, H 59. Searle’s
Vibration Magnetometer– Determination
of BH, 60. Copper Voltameter – Determination
of B ,
CHAPTER
6. ELECTRICITY : 61. Metre Bridge - H Resistance
and Specific Resistance, 62. Post Office Box,
63. Carey–Foster’s Bridge -Resistance
and Specific Resistance, 64. Temperature Coefficient
of Resistance, 65. Band Gap Energy of Thermistor,
66. Potentiometer–Internal Resistance
of a Cell, 67. Potentiometer – Comparison
of EMFs, 68. Potentiometer – Measurement
of Resistance, 69. Potentiometer – Calibration
of Low Range Voltmeter, 70. Potentiometer –
Calibration of High Range Voltmeter, 71. Potentiometer
– Calibration of Ammeter, 72. Potentiometer
– E M F of Thermocouple, 73. Table Galvanometer
– Figure of Merit, 74. Table Galvanometer
– Conversion of Galvanometer into Voltmeter
and Ammeter, 75. Ballistic Galvanometer –
Figure of Merit – Charge Sensitivity,
76. Ballistic Galvanometer – Comparison
of E M F, 77. Ballistic Galvanometer –
Internal Resistance of a Cell, 78. Ballistic
Galvanometer–High Resistance by Leakage,
79. Ballistic Galvanometer–Comparison
of Capacities, 80. Ballistic Galvanometer –Absolute
Capacity of a Condenser, 81. Ballistic Galvanometer
– Comparison of Mutual Inductances, 82.
Ballistic Galvanometer–Coefficient of
Mutual Induction, 83. Ballistic Galvanometer
–Coefficient of Self Induction, 84. Spot
Galvanometer - De Sauty Bridge, 85. Spot Galvanometer
- EMF of Thermocouple, 86. Stefan’s Constant
– Spot Galvanometer, 87. Specific Charge
of Electron–Thomson Method,
CHAPTER 7. ELECTRONICS
: SEMICONDUCTOR DEVICES : Introduction to Electronics
Experiments, 88.Junction Diode Characteristics,
89. Zener Diode Characteristics, 90. Full Wave
Rectifier, 91. Bridge Rectifier, 92. Zener Regulated
Power Supply, 93. IC Regulated Power Supply,
94. Transistor Characteristics -Common Emitter,
95. Transistor Characteristics - Common Base,
96. Transistor Amplifier, 97. Amplifier with
Negative Feedback, 98. Emitter Follower, 99.
Two Stage Transistor Amplifier, 100. Hartley
Oscillator, 101. Colpitt’s Oscillator,
102. Phase Shift Oscillator, 103. Wien’s
Bridge Oscillator, 104. Clipping and Clamping
Circuits, 105. Differentiator and Integrator,
106. Astable Multivibrator , 107. Monostable
Multivibrator, 108. FET Characteristics, 109.
FET Amplifier, 110. UJT Characteristics, 111.
UJT – Relaxation Oscillator, 112. SCR
Characteristics,
CHAPTER 8. OP-AMP
AND 555-Timer Circuits, Introduction to OP-AMP
– 741 : 113. 12 - 0 - 12 Dual Power Supply,
114. Inverting Amplifier, Non-Inverting Amplifier
and Unity follower, 115. Summing and Difference
Amplifiers, 116. Differentiator and Integrator,
117. Op-Amp - Phase Shift Oscillator, 118. Op-Amp
-Wien’s Bridge Oscillator, 119. Op-Amp
-Astable Multivibrator, 120. Op-Amp -Monostable
Multivibrator, 121. Solving Simultaneous Equations,
122. D/A Converter—Weighted resistor method,
123. 555 Timer-Schmitt Trigger, 124. 555 Timer
-Astable Operation, 125. 555 Timer -Monostable
Operation,
CHAPTER 9. DIGITAL
CIRCUITS : Introduction to Digital Experiments
: 126. Logic gates using discrete components,
127. Study of Basic Gates, 128. Nand as Universal
Gate, 129. Nor as Universal Gate, 130. Verification
of Associative Laws for AND and OR gates, 131.
Karnaugh map reduction and Logic circuit implementation,
132. Verification of DeMorgan’s Laws,
133. Half adder and Half Subtractor, 134. Full
adder and Full Subtractor, 135. Four bit Binary
Adder, 136. 4-bit Binary Subtractor (using 1’s
complement and 2’s complement) 137. Shift
Registers, 138. Ring Counter and Johnson’s
Counter, 139.4–Bit Binary Counter, 140.
BCD Counter,
CHAPTER 10. 8085
MICROPROCESSOR PROGRAMS : Introduction to Assembly
Language Programs : Prog.1 : 8-BIT ADDITION
(1ST METHOD), Prog. 2 : 8-BIT ADDITION (2ND
METHOD), Prog :3 8- BIT SUBTRACTION, Prog 4
: 8-BIT ADDITION and get CARRY, Prog. 5: 8-BIT
SUBTRACTION and get BORROW, Prog. 6 : 8-BIT
MULTIPLICATION (RESULT < FF), Prog. 7 : 8-BIT
DIVISION Prog. 8 : LARGEST/SMALLEST NUMBER IN
AN ARRAY, Prog. 9 : ASCENDING ORDER/DESCENDING
ORDER, Appendix A, B, C.
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Name
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Solid
State Physics |
| Authors |
K.Illangovan
|
| Price |
Rs. 160/- |
| No. of Pages |
296 |
| ISBN |
81-87156-24-4 |
|
| |
Chapter
Details |
|
|
CHAPTER 1. Crystal
Structure, 1.1. Introduction, 1.2.
Basic Concepts of Crystallography, 1.3. Bravais
Lattice, 1.4. Crystal Planes and Miller Indices,
1.5. Crystal Structures, 1.6. Important Crystal Structures, Review Questions,
CHAPTER 2. Diffraction of X–Rays by Crystals,
2.1. Introduction, 2.2. Bragg’s Law,
2.3. Experimental Methods In X-ray Diffraction,
CHAPTER 3. Chemical Bonds, 3.1. Review
of Atomic Structure, 3.2. Primary Bonds,
3.3. Secondary Bonds, 3.4. Bond Energy Review
Questions, CHAPTER 4 Deffects in Solids,
CHAPTER 4.1. Introduction,
4.2. Crystal Imperfections, 4.3. Effects of Crystal Imperfections Review Questions,
CHAPTER 5. Specific Heat Capacity of
Solids, 5.1. Lattice Vibrations, 5.2. Phonons
of Monoatomic one Dimenstional Lattice,
5.3. Basic Definitions, 5.4. Dulong and
Petit’s Law, 5.5. Einstein’s Theory of Specific
Heat, 5.6. Debye’s Theory of Specific Heat
Review Questions,
CHAPTER 6. Magnetic
Materials , 6.1. Introduction, 6.2.
Basic Definitions, 6.3. Classifications of Magnetic Materials, 6.4. Diamagnetic Materials, 6.5. Paramagnetic Materials, 6.6. Ferromagnetic
Materials, 6.7. Antiferromagnetic Materials,
6.8.Ferrimagnetic Materials, 6.9. Hard Magnetic
Materials, 6.10. Soft Magnetic Materials,
CHAPTER 7. Superconductivity : 7.1.
Introduction, 7.2. Properties of Superconductors,
7.3. Types of Superconductors, 7.4. BCS Theory ofSuperconductivity, 7.5. London Equations,Josepson Effect, 7.7. Superconducting Materials, 7.8. Characteristic Properties
of Superconductors,
CHAPTER 8. Dielectric Materials, 8.1.
Introduction, 8.2. Basic Definitions, 8.3.
Electric Polarization and Different Types
of Polarizations, 8.4. Dielectric Loss,
8.5. Local Field or Internal Field, Determination of Dielectric Constant, Dielectric Brekdown, 8.8. Properties of Dielectric Materials, 8.9. Classification
of Insulating Materials, 8.10. Applications
of insulating materials, 8.11. Ferroelectric
Materials, 8.12.Piezoelectric and Pyroelectric
Materials,
CHAPTER 9. Semiconductors, 9.1.Introduction,
9.2. Intrinsic Semiconductors, Extrinsic Semiconductors, 9.4. Variation of Carrier Concentration With Temperature,
Hall Effect-determination of Hall Coefficient Review Questions,
CHAPTER 10. Conductors : Introduction, 10.2. The Classical Free Electron Theory (drude Lorentz
Theory), 10.3. Quantum Free Electron Theory,
10.4. Band Theory of Solids, 10.5. Classifications
of Solids,10.6. Different Types of
Conducting Materials.
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| Chemistry Books |
| |
 |
Name
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Electro
Chemistry
|
| Authors |
Prof.B. Viswanathan.
Prof.B. Venkataraman, Dr.K. Rajendran,
Dr.S.Sundaram, Dr.P.S. Raghavan |
| Price |
Rs. 125/- |
| No. of Pages |
240 |
| ISBN |
81-87156-23-6 |
| |
|
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|
|
CHAPTER 1. Electrolylic
Conductance : 1.1 Introduction, 1.2. Conductivities
of lons, 1.3. Solvent Effects on Conductance,
1.4. Ion-Ion Interfractions.
CHAPTER 2.Potentionmetry,
2.1. Electrochemical Cell, 2.2. Electrode Potentials,
2.3. Thermodynamic Aspects of the Electrochemical
Cell, 2.4. Types of Electrode, 2.5. Types of
Cell. 2.6. Applications of e.m.f measurements.CHAPTER
3 Electrified Interface :
CHAPTER 3.3.1. Interfacial Phenomena. 3.2.
The Thermodynamics of Electrified Interfaces,
3.3. The Structure of Electrified Interfaces,
3.4. Electrode Kinetics, 3.5. Electrokinetic
phenomena, 3.6. Departure from Equilibrium,
3.7. Polarography.
CHAPTER 4. Electroanalytical
methods, 4.1. Voltammetry, 4.2. Coulometry,
4.3.Amperometry, 4.4. Chronomethods.
CHAPTER 5. Batteries : 5.1. Batteries,
5.2. Electrolyis of Water, 5.3. Electrolysis
of Hydrochloric Acid Solution, 5.4. Electro-refining
and Electrodeposition, 5.5. Fused Salt Electrolysis,
5.6. Industrial Electro-Chemical Processes,
5.7. Electrocatalysis, 5.8. Organic Electrochemistry,
5.9. Corrosion and its Prevention, 5.10. Fuel
Cells |
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 |
Name
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Organic
Chemistry lab manual |
| Authors |
Gnanapragasam
Ramamurthy |
| Price |
Rs. 65/- |
| No. of Pages |
172 |
| ISBN |
81-87156-19-8 |
|
| |
|
|
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PART A : SEMI MICRO QUALITATIVE
ANALYSIS : Introduction A. Preliminary Reactions,
B. Tests for Saturation / unsaturation, C. Tests
for Aliphatic / Aromatic Nature, D. Test for Elements,
E. Tests for Functional groups. 1.
Tests for Acids, 2. Tests for Phenols,
3. Tests for Esters, 4.
Tests for Aldehydes and Ketones, 5.
Tests for Carbohydrates, 6. Tests
for Alcohols, 7. Tests for Amines,
8. Tests for Amides, 9.
Tests for Nitro Group, 10. Tests for
Nitro Group, 11. Tests for Anilides,
12. Halogen Compounds, 13.
Test for Sulphonic Acid Group, 14.
Test for Hydrocarbons, F. Derivatives, G. Physical
Constants, H. Preparation of Special Reagents,
I. Analysis of Mixtures, Pilot Tests, Bulk Separation
PART B :
ORGANIC PREPARATIONS Introduction B. I Single-stage
Preparations, A. Hydrolysis, (01) Benzoic Acid
from Ethyl Benzoate, (02) Salicylic Acid from
Methyl Salicylate, (03). Benzoic Acid from Benzamide,
B. Acetylation : (01). Acetanilide from Aniline,
(02). Acety Salicylic Acid (Aspirin) from Salicylic
Acid. (03) Ethyl Acetoacetate From Ethyl Acetate,
(04). Phenacetin from P-aminophenol, (05). Resacetophenone
from Resorcinol, C. Bromination, (01) 2,4,6-tribromo
Aniline from Aniline, (02). P-bromoacetanilide
from Acetanilide, D. Nitration, (01) m-Dinitrobenzene
from Nitrobenzene, (02). Picric Acid from Phenol,
(03). m-nitroaniline from m-dinitrobenzene,
E. Sulphonation, (01). Sulphanilic Acid from
Aniline, F. Benzoylation (01). Benzanilide from
Aniline, (02). 2-naphthyl Benzoate from 2-naphthol,
G. Oxidation, (01). Benzoic Acid from Benzaldehyde,
(02) Benzoic Acid from benzyl Alcohol, (03).
Benzoic Acid from Toluene,(04). Benzoic Acid
from Benzyl Chloride, (05). Tere-phthalic Acid
from P-xylene, (06). P-nitrobenzoic Acid from
P -nitrotoluene
(07). Anthraquinone from Anthracene. H. Reduction
(01). Benzhydrol from Benzophenone. I. Esterification,
(01). Dimethyl Oxalate from Oxalic Acid. (02).
Methyl Salicylate from Salicylic Acid. J. Diazotisation
(01). m-nitrophenol from m-nitroaniline, (02).
Iodobenzene from Aniline, (03). P-chlorobenzoic
Acid from P-toluidine, (04). Phenylhydrazine
from Aniline. K. Alkylation. (01). Anisole from
Phenol, (02). o-nitroanisole from o-nitrophenol.
L. Miscellaneous. (01). Iodoform from Ethanol,
(02). Benzamide from Benzoic Acid, (03). p-nitroso-N,
N-dimethylaniline, (04), Resorcylic Aldehyde
from Resorcinol, (05). Tetrahydrocarbazole from
Cyclohexanone, (06). 2 phenylindole from Phenylhydrazine,
(07). Dinitrophenol, (08), Fluorescein, (09).
Eosin, M. Dyes, (01). Methyl Orange From Sulphanilic
Acid, (02). Methyl Red. (03). Orange II, (04).
P-nitrophenylazo-b-naphthol, (05). Congo Red,
(06). Malachite Green, (07). Crystal Violet,
N. Preparations Involving name Reactions, (01).
Benzoin Condensation Reaction (Benzoin from
Benzaldehyde), (02). Beckmann Rearrangement,
(03). Knoevenagel Reaction, (04). Sandmeyer’s
Reaction, (05) Friedel – Craft’s
Reaction, (06), Clemmensen Reduction, (07).
Claisen Rearrangement, (08). Fries Rearrangement,
(09). Arndt-eistert Synthesis, (10). Grignard
Reaction,
B-II TWO-STAGE PREPARATIONS,
(01).p-bromoacetanilide from Aniline, (02).
p-nitroaniline from Acetanilide, (03). 1,3,5-tribromobenzene
from Aniline, (04). Acetyl Salicylic Acid (Aspirin)
from Methyl Salicylate. (05). Benzilic Acid
from Benzoin, (06). m-nitroaniline from Nitrobenzene,
(07).2,4-dinitrophenolfrom Chlorobenzene, (08).
b-naphthol from Naphthalene, (09). Coumarin
from Phenol, (10). Anthraquinone from Phthalic
Anhydride.
B-III :
THREE-STRAGE PREPARATIONS : (01). 1-bromo-2-bromomethyl
Naphthalene.
(02).Sulphanilamide from Acetanilide. PART C
: SEPARATION OF COMPONENTS OF A BINARY MIXTURE.
(01). Separation of Benzoic Acid and Naphthalene,
(2). Separation of Benzoic Acid and Toluene,
(03). Separation of Aniline and Toluene, (04)
Separation of Phenol and Toluene, (05). Separation
of 2-naphthol from Toluene. PART D : ORGANIC
ESTIMATIONS : (01). Estimation of Phenol, (02).
Estimation of Glucose (Bertrand’s Method),
(03). Iodine Value on an Oil (Hanus Method),
(04). Saponification Value of an Oil, (05).
Estimation of Acetone, (06). Estimation of Ascorbic
Acid (Vitamin C), (07) Estimation of Sulphur
(Carius’ Method), (08). Estimation of
Amino Group, (09). Estimation of Nitro Group,
(10). Estimation of Acetyl Groups (Perkin’s
Method), (11). Estimation of Methoxyl Groups
(Perkin’s Modified Zeisel’s Method).
(12). Estimation of Aldehydes, (13). Estimation
of Glycine, (14). Estimation of Nitrogen, (15).
Estimation of Halogens, (16). Estimation of
Carbonyl Group (Determination of Percentage
Purity of Carbonyl Compound), (17). Estimation
of Hydroxyl Group, (18). Determination of Equivalent
Weight of an Acid, (19). Reichert-meissel Value
of an Oil. PART E : EXTRACTION OF NATURAL PRODUCTS
:
(01). Isolation of Caffeine from Tea, (02).
Isolation of Lactose from Milk, (03). Isolation
of Citric Acid from Lemon. Organic |
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Name
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Practical
Chemistry Part II
|
| Authors |
Dr. S.Sundaram, (Retd.)
Dr.P.Krishnan,
Dr.P.S.Raghavan |
| Price |
Rs. 100/- |
| No. of Pages |
190 |
| ISBN |
81-87156-26-0 |
| |
|
|
|
CHAPTER
1.1 Gravimetric Analysis : Estimation of
Water of Hydration in a Hydrated Salt, Estimation
of Barium (as its Sulphate) Estimation of Sulphate
(as Barium Sulphate), Estimation of Barium (as
Barium Chromate), Estimation of Lead (as Lead
Chromate), Estimation of Nickel (as DMG Complex),
Estimation of Lead (as Sulphate) Estimation of
Silver (as Sliver Chloride), Estimation of Copper
(as Thiocyanate) Estimation of Zinc (as Oxinate),
Estimation of Calcium (as Oxalate Monohydrate).
CHAPTER 1.2 Experiments in Organic
Chemistry : Separation and Characterisation Techniques,
Crystallisation, Fractional Distillation, Steam
Distillation, Sublimation, Melting Point Determination,
Boiling Point Determination, Iodine Value of an
Oil,
CHAPTER 1.3 Organic Preparations :
Hydrolysis : Benzoic Acid from Ethyl Benzoate,
Salicylic Acid from Methyl Salicylate,
CHAPTER 1.4 Oxidation : Benzoic
Acid from Benzaldehyde, Benzoic Acid from Toluene,
CHAPTER 1.5 Nitration : m-Dinitrobenzene
from Nitrobenzene, Picric Acid from Phenol, Bromination
: p - Bromo acetanilide from Acetanilide,
CHAPTER 1.6 Diazocoupling : Methyl
Orange from Sulphanilic Acid,
CHAPTER 1.7 Eserification : Methyl
Salicylate from Salicylic Acid,
CHAPTER 1.8 Reduction : M-Nitroaniline
from M-Dinitrobenzene,
CHAPTER 1.9 Acetylation : Aspirin from
Salicylic Acid,
CHAPTER 1.10 Benzoylation : Naphthyl
Benzoate from b-naphthol,
CHAPTER 1.11 Organic
Qualitative Analysis : General Reactions, Preparation
of Derivatives , Systematic Procedure For Organic
Analysis, Model Procedure I, Model Procedure II,
CHAPTER
1.12 Experiments In Physical Chemistry, Partition
coefficient of Iodine, Association factor of benzoic
acid in benzene, Equilibrium constant of the reaction,
KI + I2 KI , Kinetics of the acid hydrolysis of an easter, Kinetics of persulphate-iodide
reaction, Kinetics of Iodination of acetone, Molecular weight determination (Rast's Method), Heat of
solution of KN03 in water, Critical Solution Temperature
for phenol-water system, Determination of concentration
of NaCl using CST, Transition temperature, Heat
of neutralisation, Water equivalent of calorimeter,
Adsorption isotherm (oxalic acid), Adsorption
isotherm (acetic acid), Cell constant of a conductivity
cell, Equivalent Conductance of strong electrolyte,
Ostwald's Dilution Law, Conductometric titration,
Potentiometric titration,
Appendices 160 : Notes on Gravimetric Experiments,
Notes on Exercises In Physical Chemistry. |
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| Zoology Books |
| |
 |
Name |
Manual of zoology Volume 1 - part 2 (Invertebrata) |
| Authors |
Prof. Ekambaranatha Ayyar
Prof. Ananthakrishnan |
| ISBN |
81-87209-37-6 |
| |
|
|
| 31. Phylum: sipunculina; Echiura, pogonophora and Vestimentifera 32. Phylum: Arthropoda, Class: Crustacea 33. Crustacea: Entomostraca 34. Crustacea: Malacostraca 35. Phylum: Arthropoda (continued); Class: Onychophora (Prototracheata) [Type: Peripatus] 36. Class: Myriapoda 37. Class: Insecta [Type: The Cockroach (periplaneta Americana)] 38. Insecta (continued): Apterygota and Exopterygota 39. Insecta (continued) 40. Insecta: Endopterygota 41. Class: Arachnida [Type: Scorpion] 42. Arthropoda in General 43. Phylum: Mollusca; Class: Gastropoda [Type: the Apple-snail: pila globosa] 44. Phylum: Mollusca; (continued); Class: monoplacophora 45. Classes: Amphineura, Solenogastres and Scaphopoda; Class: Amphineura 46. Class: Pelecypoda (or Lamellibranchiata) [Type: The Fresh-Water mussel (Lamellidens Marginalis)] 47. Class: Cephalopoda (or Siphonopoda) [Type: Cuttlefish (Sepia)] 48. Economic uses of the Members of the Phylum Mollusca 49. Phylum: Bryozoa (Ectoprocta) 50. Phylum: Phoronida 51. Phylum: Brachiopoda 52. Phylum: Chateognatha (Arrow worms) 53. Phylum: Echinodermata 54. Class: Ophiuroidea 55. Class: Echinoidea [Type: Sea-urchin (Salmacis Bicolor)] 56. Class: Holothuroidea 57. Phylum: Echinodermata: Development 58. Hemichordata 59. Evolution of the Invertebrate Phyla, Appendix, Interstitial fauna of Marine Beach Sand. |
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| |
|
 |
Name |
Manual of zoology (Volume-II Part-II) (Chordata) |
| Authors |
Prof. Ekambaranatha Ayyar
Prof. Ananthakrishnan |
| ISBN |
81-87156-39-2 |
| |
|
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| 8. Reptilia 9. Class: Aves 10. Mammalia: Type: Rabbit (Oryctolagus Cuniculus): Type: House rat (Rattus rattus) 11. Mammalia (continued): Distinctive Character and Classification Sub-Class: Prototheria (Monotremata or Ornithodelphia); Order 1- Insectivora; Order 2- Chiroptera; Order 3-Dermoptera; Order 4-Primates; Order 5-Carnivora; Order 6-Cetacea; Order 7-Perissodactyla; Order 8-Artiodactyla; Order 9-Proboscidea; Order 10-Sirenia; Order 11-Hyracoidea; Order 12-Rodentia; Order 13-Lagomorpha; Order 14-Edentata (Xenarthra); Order 15-Pholidota; Order 16-Tubulidentata Development of the Rabbit Development of the pig Human Development 13. Origin and Evolution of Chordata. 39. Insecta |
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| Computer Science |
| |
 |
Name
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A Practical
Approach to Programming in C with Application
to Data Structure
|
| Authors |
Dr P Pandiyaraja
|
| Price |
Rs. 195 /- |
| No. of Pages |
639 |
| ISBN |
81-87209-050-4 |
|
| |
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CHAPTER 1. Introduction
: 1.1. Computer Languages, 1.2. Brief History
of C, 1.3. Features of C, 1.4. Disadvantages of
C.
CHAPTER 2. My First Experience with C : 2.1 My
First Program, 2.2. My Second Program, 2.3. My
Third Program, 2.4. My Fourth Program, 2.5. My
Fifth Program, 2.6. Features of a C Program.
CHAPTER 3. Basic Concepts : 3.1. Character Set
in C, 3.2. Identifiers and Keywords,
3.3. Basic Data Types. 3.4. Constants and Variables,
3.6. Operators in C, 3.7. Hierarchy of Operators,
3.8. Associativity, 3.9. Library Functions, 3.10.
Expresions and Statements, 3.11. Type Conversion,
3.12. Solved Problems, Exercise Problems,
CHAPTER 4. Input and Output, 4.1. Formatted I/O
Functions, 4.2. Unformatted Input and Output,
4.3. More on Formatted Input and Output, 4.4.
Solved Problems,Exercise Problems.
CHAPTER 5. Control Statements : 5.1. Control Flow
Statement Compound Test Conditions 5.3. goto Statement,
5.4. Structured Programming, 5.5. Test Condition
with a float Value - A Warning, 5.6. Solved Problems,Exercise
Problems.
CHAPTER 6. Aggregate Data Types : 6.1. Arrays,
6.2. Structures, 6.3. Union,Solved Problems, 6.5.
Exercise Problems.
CHAPTER 7. Pointers : 7.1. What is a Pointer?,
Pointer Arithmetic, 7.3. Pointers and Arrays,
7.4. Interchangeability of Pointer and Array Names,
7.5. Assigning an Address to a Pointer, 7.6. Null
Pointer, 7.7. Dynamic Memory Allocation, 7.8.
Freeing Memory, 7.9. Reallocating Memory Blocks,
7.10. Pointers to Two-dimensional Arrays, 7.11.
Dynamic Memory Allocation for a 2-D Array-I, 7.12.
Array of Pointers, 7.13. Dynamic Memory Allocation
for a 2-D Array-II, 7.14. Pointer-to-Pointer,
7.15. Dynamic Memory Allocation for a 2-D Array-III,
7.16. Pointers to Strings, 7.17. Pointer to Array
of Strings, 7.18. Pointers to Structures, Solved
Problems, 7.20. Exercise Problems.
CHAPTER 8. Functions : 8.1. Why a Function ?,
Types of Functions, 8.3. Function Requirements,
8.4. Passing of Arrays as Arguments, 8.5. Local
Variables in a Function, 8.6. Static Variables
in a Function, 8.7. Global Variables, 8.8. External
Variables, 8.9. Functions Returning Pointers,
Pointers to Functions, 8.11. Command Line Arguments,
8.12. Recursion, 8.13. Preprocessor Commands,
8.14. Solved Problems, 8.15. Exercise Problems,
CHAPTER 9. Files : 9.1. File Creation and Access
9.2. File Input and Output, 9.3. Random Access
of Files, 9.4. Some More File Functions, Standard
Streams, 9.6. Redirection, 9.7. sscanf and sprintf
Functions, 9.8. Output to Printer, Solved Problems,
9.10. Exercise Problems.
CHAPTER 10. Additional Features in C :Enumerated
Data Type, 10.2. The typedef Declarator, 10.3.
Bitwise Operators, 10.4. Bit Fields, Memory Management
in C, 10.6. Solved Problems, 10.7. Exercise Problems.
CHAPTER 11. Data Structures through C-I, 11.1
Queues, Stacks, 11.3. Linked Lists,
11.4. Solved Problems, 11.5. Exercise Problems.
CHAPTER 12. Data Structures through C-II : 12.1.
Tree Structures, 12.2. Graphs, 12.3. Solved Problems,Exercise
Problems.
CHAPTER 13. Searching and Sorting : 13.1. Searching,
13.2. Sorting, 13.3. Solved Problems, 13.4. Exercise
Problems. Index.
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 |
Name
|
Digital
Fundamentals |
| Authors |
V Vijayendran |
| Price |
Rs. 150/- |
| No. of Pages |
400 |
| ISBN |
81-87156-10-4 |
|
| |
|
|
|
Number Systems : 1.1 Review
of decimal number system, 1.2 Binary number system,
1.3 Binary to decimal conversion, 1.4 Decimal
to binary conversion, 1.5 Hexadecimal number system,
1.6 Hexadecimal to decimal conversion, 1.7 Decimal
to hexadecimal conversion, 1.8 Hexadecimal to
binary conversion, 1.9 Binary to hexadecimal conversion,
1.10 Octal number system, 1.11 Octal to decimal
conversion, 1.12 Decimal to octal conversion,
1.13 Octal to binary conversion, Binary to octal
conversion,
CHAPTER 2. Binary Arithmetic : 2.1 Binary Addition,
2.2 Binary Subtraction, 2.3 Binary Multiplication,
2.4 Binary Division, 2.5 1’s and 2’s
Complements, Subtraction using complements, 2.7
Signed Binary Numbers,
CHAPTER 3. Binary Codes : BCD codes – 8421
code, 3.2 2421 and 4221 codes Excess - 3 code,
3.4 Gray code, 3.5 ASCII code,
CHAPTER 4. Logic Gates And Logic Circuits :Introduction,
4.2 Analog and Digital Signals, 4.3 Basic logic
gates, NOT, OR, AND, 4.4 Logic circuits and logic
expressions, 4.5 Sum of Products (SOP), 4.6 Product
of Sums (POS), 4.7 NAND and NOR gates, 4.8 Ex-OR
and Ex-NOR gates.
CHAPTER 5. Boolean Algebra : 5.1 Laws of Boolean
Algebra, 5.2 DeMorgan’s Theorems, 5.3 NAND
as Universal gate, 5.4 NAND-NAND network, 5.5
NOR as Universal gate. 5.6 NOR-NOR network, 5.7
NOR to OR gate network, 5.8 NAND to AND gate network.
CHAPTER 6. Karnaugh Map : 6.1 Minterms and Maxterms,
6.2 Relationship between K map and truth table,
6.3. 2-variable K map using minterms, 6.4. 3-variable
K map using minterms, 6.5. 4-variable K map using
minterms, 6.6 Don’t care conditions, 6.7.
5-variable K map using minterms, 6.8. K map using
maxterms.
CHAPTER 7. Tabulation Method : Procedure for Tabulation
Method.
CHAPTER 8. Arithmetic Circuits : 8.1. Binary addition,
8.2 Half adder and Full adder, Four bit binary
adder, 8.4. BCD adder, 8.5. Half subtractor and
Full substractor, 8.6 Four bit adder / subtractor
circuit.
CHAPTER 9. Combination Circuit Applications :
9.1. Multiplexer, Demultiplexer, 9.3. Decoder,
9.4. Encoder, 9.5. ROM in combination circuits,
9.6. PLA and PAL, Code Converters, 9.8. Parity
Generator and Checker.
CHAPTER 10. Flip -Flops : Introduction, 10.2.
NAND latch, 10.3. SR Flip-flop, 10.4. D Flip-flop,
10.5. JK Flip-flop, 10.6. T Flip-flop.
CHAPTER 11 .Registers and Counters :Registers,
11.2. Shift Register, 11.3. Ring Counter, 11.4.
Shift Counter / Johnson’s Counter, Asynchronous
Counters, 11.6. Synchronous Counters 11.7. Design
of Synchronous Counters.
CHAPTER 12. Introduction to Computer Architecture
: 12.1. Introduction to computer,Arithmetic Logic
Unit – ALU, 12.3. Status Register, 12.4.
A Simple Accumulator, 12.5. Memory -Basic terms,
12.6. Magnetic Memories -ROM -RAM, Solutions to
Selected Problems : DIGITAL EXPERIMENTS. Appendix
-A : Digital Ics -Pin Assignments, Appendix -B
: Table of ASCII Characters, Index. |
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|
|
 |
Name |
Programming
in C |
| Authors |
Dr P Pandiyaraja |
| Price |
Rs. 180 /- |
| No. of Pages |
480 |
| ISBN |
81-87209-079-2 |
|
| |
|
|
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| |
Introduction : 1.1.Computer
Languages, 1.2. Brief History of C, 1.3. Features
of C, 1.4. Disadvantages of C.
CHAPTER 2. My First Experience with C : 2.1 My
First Program, 2.2. My Second Program, 2.3. My
Third Program, 2.4. My Fourth Program, 2.5. My
Fifth Program, 2.6. Features of a C Program.
CHAPTER 3. Basic Concepts : 3.1. Character Set
in C, 3.2. Identifiers and Keywords,
3.3. Basic Data Types. 3.4. Constants and Variables,
3.5. Declarations, 3.6. Operators in C, 3.7. Hierarchy
of Operators, 3.8. Associativity, 3.9. Library
Functions,
Expressions and Statements, 3.11. Type Conversion,
3.12. Solved Problems, 3.13. Exercise Problems,
CHAPTER 4. Input and Output,Formatted I/O Functions,
4.2. Unformatted Input and Output, 4.3. More on
Formatted Input and Output, 4.4. Solved Problems,
4.5. Exercise Problems.
CHAPTER 5. Control Statements : 5.1 Control Flow
Statement, 5.2.Compound Test Conditions–Again,goto
Statement, 5.4. Structured Programming, 5.5. Test
Condition with a float Value -A warning,Solved
Problems, 5.7. Exercise Problems.
CHAPTER 6. Aggregate Data Types : 6.1. Arrays,Structures,
6.3. Union, 6.4. Solved Problems,Exercise Problems.
CHAPTER 7. Pointers : What is a Pointer 7.2. Pointer
Arithmetic, 7.3. Pointers and Arrays, 7.4. Interchangeability
of Pointer and Array Names, 7.5. Assigning an
Address to a Pointer, 7.6. Null Pointer, 7.7.
Dynamic Memory Allocation, 7.8. Freeing Memory,
7.9. Reallocating Memory Blocks, 7.10. Pointers
to Two-dimensional Arrays, 7.11. Dynamic Memory
Allocation for a 2-D Array-I, 7.12. Array of Pointers,
7.13. Dynamic Memory Allocation for a 2-D Array-II,
7.14. Pointer-to-Pointer, 7.15. Dynamic Memory
Allocation for a 2-Array-III, 7.16. Pointers to
Strings, 7.17. Pointer to Array of Strings, 7.18.
Pointers to Structures,Solved Problems, 7.20.
Exercise Problems.
CHAPTER 8. Functions : 8.1. Why a Function ?,
Types of Functions, 8.3. Function Requirements,
8.4. Passing of Arrays as Arguments, 8.5. Local
variables in a Function, 8.6. Static Variables
in a Function, 8.7. Global Variables, 8.8. External
Variables, 8.9. Functions Returning Pointers,
8.10. Pointers to Functions, 8.11. Command Line
Arguments, 8.12. Recursion, 8.13. Preprocessor
Commands, Solved Problems, 8.15. Exercise Problems,
CHAPTER 9. Files : 9.1. File Creation and Access
File Input and Output, 9.3. Random Access of Files,
9.4. Some More File Functions, 9.5. Standard Streams,
9.6. Redirection, 9.7. sscanf and sprintf Functions,
9.8. Output to Printer, 9.9. Solved Problems,
9.10. Exercise Problems.
CHAPTER 10. Additional Features in C : 10.1. Enumerated
Data Type, 10.2. The typedef Declarator, 10.3.
Bitwise Operators, 10.4. Bit Fields, 10.5. Memory
Management in C, 10.6. Solved Problems, 10.7.
Exercise Problems. Appendix I : Self - referential
Structure : A Practical Example of a Linked List,
Initializing a Linked List, Insertion in a Linked
List, Deletion in a linked List, Traversing a
Linked List, Circular Linked List, Header Linked
List, Doubly Linked List. Appendix II : Searching
and Sorting, Searching, Linear Search, Binary
Search, Sorting, Bubble Sort, Shaker Sort, Selection
Sort, Insertion Sort, Quick Sort, Shell Sort,
Merge Sort, Index Sort, Radix Sort, External Sort,
Solved Problems. |
|
|
|
 |
Name |
Object Oriented Programming in C++ |
| Authors |
Dr. P. Pandiaraja |
| Price |
Rs: 225/- |
| ISBN |
81-87156-40-6 |
| |
|
|
| Chapter 1 Introduction, 1 Why the name C++? 1. 2 How did C++ evolve? 1. 3 Does one have to know C to learn C++? 1. 4 what is the specialty about C++? 1. 5 Is C++ the first OOP language? 1. 6 How does a C++ program look like? 5 1. 7 How do I write and run a C++ program? 1. 8 How do I learn C++? 1. 9 My First Experience with C++ 9, 1. 10 Learn more about C++ programs 12, (i) Learning Experience 1 s (ii) Learning Experience 2 13. (iii) Learning Experience 3, (iv) Learning Experience 4, (v) Learning Experience 5 18 1. 11Exercise Problems, Chapter 2 Basic Concepts 2. 1 What are the C++ characters? 2. 2 What are reserved words? 2. 3 What is data? 2. 4 What are the basic data types in C++? 2. 5 What is a variable? 2. 6 How to declare a variable? 2. 7. How is a literal constant written? 2. 8 What is initialization of a variable? 2. 9 What are the operators in C++? 1. Arithmetic operators, 2. Relational operators, 3. Logical operators, 4. Special operators, (i) Assignment operators, (ii) Increment and decrement operators, (iii) Conditional operator, (iv) size of operator, (v) Address of operator, (vi) Bitwise logical operators, (vii) Shift operators, (viii) Explicit typecasting operator, (ix) Comma operator 2. 10 How do you convert data types in C++? 1. Automatic type conversion, 2. Conversion by assignment, 3. Explicit type conversion 2. 11 What are user-defined data types? (i) typedef , (ii) enum data type, 2. 12 What are derived data types? (i) const specifier (ii) Arrays, (iii) struct data type. , (iv) class data type, (v) Pointers, (vi) References, 2. 13 What are symbolic constants? 2. 14 What are C- character and C-math functions? 2. 15 How are Input / Output handled in C++? 2. 16 What is a namespace? 2. 17 Solved Problems, 2. 18 Exercise Problems, Chapter 3 Control Structures, 3. 1 What are branching statements? (i) The if statement:, (ii) The switch statement, 3. 2 What are looping statements? (i) The for statement, (ii) while statement 1, (iii) The do-while statement, 3. 3 What are jump statements? (i) The break statement, (ii) The continue statement, (iii) The exit statement , (iv) The goto statement, 3. 4 Solved Problems, 3. 5, Exercise Problems, Chapter 4 Derived Data Types-I, 4. 1 What is an array data type? 4. 2 how is an array handled by C++? 4. 3 How is a string represented in C++? 4. 4 What are the C string functions? (i) Strcpy, strncpy, (ii) strcat, (iii) strcmp, (iv) strlen, 4. 5 How is a two dimensional array handled by C++? 4. 6 What is a struct data type? 4. 7 What is a union data type? 4. 8 Solved Problems, 4. 9 Exercise Problems, Chapter 5 Derived Data Types-II 5. 1 What is a pointer? 5. 2 What is the use of a pointer? 5. 3 What is dynamic memory allocation? 5. 4 What is pointer arithmetic? 5. 5 What are void and NULL pointers? 5. 6 How to de-allocate memory? 5. 7 What is a constant pointer? 5. 8 How is an array related to a pointer? 5. 9 How is a 2-D array represented by a pointer? 5. 10 How is dynamic memory allocation done for a 2-D array? 5. 11 How are pointers and char arrays related? 5. 12 How are pointers and struct type related? 5. 13 What is a reference data type? 5. 14 Solved Problems, 5. 15 Exercise Problems, Chapter 6 Functions, 6. 1 What is a function? 6. 2 What is the need for a function? 6. 3 What is the structure of a function? 6. 4 How to use a function? 6. 5 what are the different types of functions? 6. 6 what is scope of a function? 6. 7 what is parameter passing and how is it done? 1, 6. 8 What is a default parameter? 6. 9 What is an inline function? 6. 10 What happens when a function is called? 6. 11 How is the scope of a variable determined? 6. 12 What is a global scope operator? 6. 13 What is a static variable? 6. 14 What are storage classes? 6. 15 How is an array declared as parameter? 6. 16 How does a pointer to a function look like? 6. 17 How does a function return an array? 6. 18 How does a function return a reference? 6. 19 What is recursion? 6. 20 What are command line arguments? 6. 21 Solved Problems, 6. 22 Exercise Problems, Chapter 7 Files, 7. 1 What are the types of files in C++? 7. 2 What are file streams? 7. 3 How to create a text file? 7. 4 What are the file access modes? 7. 5 How to read a text file? 7. 6 What are the state flags for a file? 7. 8 How to manipulate file pointers? 7. 9 What is a binary file? 7. 10 What are the differences between a text and a binary file? 7. 11 What is random access of a file? 7. 12 How to send a file object as parameter to a function? 7. 13 What is flushing? 7. 14 Solved Problems1, 7. 15 Exercise Problems, Chapter 8 Classes and Objects, 8. 1 What is the background behind classes? 8. 2 What is a constructor? 8. 3 What is a destructor? 8. 4 What are shallow and deep copies? 8. 5 What is member initialization list? 8. 6 What is an overloaded assignment operator? 8. 7 What is 'this' in C++? 8. 8 What is operator overloading? 8. 9 What are overloadable operators and the guidelines for overloading? 8. 10 What is object 'Type Conversion’? 8. 11 What is a friend function? 8. 12 What is a friend class? 8. 13 How is const used in relation to a class? 8. 14 How is static used in relation to a class? 8. 15 Solved Problems, 8. 16 Exercise Problems, Chapter 9 Inheritance and Polymorphism, 9. 1 What is a derived class? 9. 2 What are the different forms of inheritance? 9. 3 What is function overriding? 9. 4 What is upcasting? 9. 5 What is a virtual function? 9. 6 How does the virtual function mechanism work? 9. 7 What is the need for virtual functions? 9. 8 what is polymorphism? 9. 9 How do virtual functions affect overloading? 9. 10 Can we have virtual constructors/destructor? 9. 11 What are the casting operators in C++? 9. 12 What are pure virtual functions? 9. 13 What is an abstract class? 9. 14 What are the different types of inheritance? 9. 15 Solved problems, 9. 16 Exercise Problems, Chapter 10 Templates and Exceptions, 10. 1 What is a template? 10. 2 What is a function template? 10. 3 How does the function template mechanism work? 10. 4 Do we have overriding / overloading in function templates? 10. 5 What is a class template? 10. 6 what is a template specialization? 10. 7 How is polymorphism compared with templates? 10. 8 Do we have default parameters for template classes? 10. 9 how does the class template mechanism work? 10. 10 How is the class template used in inheritance? 10. 11 Can a class template have a friend? 10. 12 How are static members declared and used in a class template? 10. 13 What is a container class? 10. 14 how is 'vector' defined in STL? 10. 15, what is an exception? 10. 16 How does the exception handling mechanism work? 10. 17 Solved Problems, 10. 18 Exercise Problems, Appendix, and Index. |
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| Commerce |
| |
 |
Name
|
Corporate
Accounting
|
| Authors |
Dr R Rangarajan
DR.V.Chandrasekaran |
| Price |
Rs. 280/- |
| No. of Pages |
1796 |
| ISBN |
81-87156-22-8 |
| |
|
|
CHAPTER
1. Introduction to Corporate Accounting,
Underwriting of Shares & Debentures
CHAPTER 2.
ssue of Shares, Forfeiture and Reissue
CHAPTER 3.
Redemption of Preference Shares
CHAPTER 4.
Issue and Redemption of Debentures,
CHAPTER 5.
Acquisition of Business
CHAPTER 6.
Profits prior to Incorporation
CHAPTER 7.
Final Accounts of Companies
CHAPTER 8.
Valuation of Shares and Goodwill
CHAPTER 9.
Internal Reconstruction and Alteration of Share
Capital
CHAPTER 10.
Amalgamation, Absorption and External Reconstruction
CHAPTER 11.
Liquidation of Companies
CHAPTER 12.
Accounts Insurance Company Accounts
CHAPTER 13.
Accounts of Banking Companies
CHAPTER 14.
Holding Company Accounts
CHAPTER 15.
Inflation Accounting
CHAPTER 16.
Double Accounting System-Electricity Company Accounts
CHAPTER 17.
Human Resource Accounting
CHAPTER 18.
Accounting Standards, University Examination Question
Papers, Appendix, Reference. |
|
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| |
 |
Name
|
Mergers
& Acquisitions in Banking Sector
|
| Authors |
M.Selvam |
| Price |
170/- |
| No. of Pages |
173 |
| ISBN |
81-87156-29-5 |
| |
|
|
| CHAPTER
1. Introduction,
CHAPTER 2.
Mergers and Acquisitions: Theoretical Background,
CHAPTER 3. Overview
of Literature,
CHAPTER 4. Procedural Aspects of Mergers and
Acquisitions,
CHAPTER 5. Mergers and Acquisitions of Indian
Commercial Banks-Issues Involved,
CHAPTER 6. Analysis of Financial Implications
of Mergers and Acquisitions,
CHAPTER 7. Analysis of Stock Price Reactions,
CHAPTER
8. Summary of Findings, Suggestions and Conclusion.
Bibliography, List of Tables, List of Chart,
List of Exhibits, List of Abbrevations. |
|
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| English Literature |
| |
 |
Name
|
An introduction
to the Social History of England |
| Authors |
A. G. Xavier |
| Price |
Rs. 70/- |
| No. of Pages |
218 |
| ISBN |
81-87156-11-2 |
|
| |
|
|
A Brief outline of British
History,
CHAPTER 1.
The Renaissance,
CHAPTER 2.
The Reformation,
CHAPTER 3.
The Dissolution of the Monasteries,
CHAPTER 4.
The Religion of England,
CHAPTER 5.
The TudorNavy and the Armada,
CHAPTER 6.
The Elizabethan Theatre,
CHAPTER 7.
The East India Company,
CHAPTER 8.
Colonial Expansion,
CHAPTER 9.
The Civil War and its Social Significance,
CHAPTER 10.
Puritanism,
CHAPTER 11.Restoration
England,
CHAPTER 12.
The Origin and Growth of Political Parties in
England,
CHAPTER 13.
Age of Queen Anne,
CHAPTER 14.
Coffee-house Life in London,
CHAPTER 15.
The Union of England and Scotland, 16.The Agrarian
Revolution,
CHAPTER 17.
The Industrial Revolution,
CHAPTER 18.
The Methodist Movement,
CHAPTER 19.
Other Humanitarian Movements,
CHAPTER 20.
The War of American Independence,
CHAPTER 21.
England and Ireland,
CHAPTER 22.
Effects of the French Resolution,
CHAPTER 23.
The Reform Bills,
CHAPTER 24.
The Victorian Age.
CHAPTER 25.
Development of Education in the Victorian England.
CHAPTER 26.
Means of Transport and Communication.
CHAPTER 27.The
world wars and social security
CHAPTER 28.
Trade Unionism in England, Notes, Index, University
Question Papers, Short A.G. Xavier Notes. |
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| Law Books |
| |
 |
Name
|
Medical
Negligence (Case book of English & Indian
Cases) |
| Authors |
N.Vijia Kumar, Col.
S.M. Malik |
| Price |
Rs. 300 /- |
| No.
of Pages |
323 |
| ISBN |
81-87156-20-1 |
| |
|
|
CHAPTER
1. Foreword
(i) LT General (RETD) B N Shahi, Emeritus Professor
of Cardiology, Ministry of Defense.
New Delhi. Dr. Thanikachalam, Chairman & Director
– Cardiac Care Center
CHAPTER 2.
Preface.
CHAPTER 3.
Table of Contents.
CHAPTER 4.
List of Cases.
CHAPTER 5.
Index of Cases (In Alphabetical Order –
With Important Points).
CHAPTER 6.Synopsis
Of Each Case with Editor’s note.
CHAPTER 7.
Full Text of three Important Judgements. (i).
Jacob
Mathews Vs State of Punjab. (ii). Bolam Vs Friern
Hospital Management Committee. (iii). State of
Punjab Vs Shiv Ram.
CHAPTER 8.
Notification of Medical Council Of India - Professional
Conduct, Etiquette And Ethics Related To Medical
Profession.
CHAPTER 9.
Practicing Medicine in USA.
CHAPTER 10.
Medical Profession-
Responsibility & Accountability.
CHAPTER 11.
List of Central Statutes Relatable To Medical
Profession.
CHAPTER 12.
Important Provisions of Indian Penal Code, Criminal
Procedure Code.
CHAPTER 13.
Chart of Abbreviations Col. S.M. Malik
of citations of Law Reports. |
|
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|
|
| Competitive Exams |
| |
 |
Name |
Mathematics for AIEEE |
| Authors |
A. V. Dharmapadam |
| Price |
Rs. 450/- |
| ISBN |
81-87156-31 -7 |
| |
|
|
| 1. Sets and Relations 2. Trigonometry 3. Mathematical Induction principle-Applications 4. Theory of quadratic equations and of Quadratic expressions 5. Matrices & Determinants 6. Permutation and Combination 7. Progressions A. P; G. P; H. P and other series 8. Complex number 9. Vector Algebra 10. Measures of central tendency and Probability II. Calculus (functions limits continuity and differentiability) 12. Integration 13 Differential equations 14. Co ordinate geomentry (plane) straight lines; Pairs of straight lines 15. Circles and System of circles 16. Conies 17. 3-D Analytical geometry-plane and sphere 18. Statics 19. Dynamics AIEEE last three years question paper and solution arranged topic wise AIEEE Model Question Paper I AIEEE Model Question II AIEEE - 2007 (questions with solution) IIT- JEE 2007 Paper-I,IIT- JEE 2007 Paper-II. |
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| Other Books |
| |
 |
Name
|
Freehand
outline and model drawing |
| Authors |
Kuppuswami Iyer |
| Price |
Rs. 50/- |
| No. of Pages |
138 |
| |
|
|
| A very simple book of
drawings interestingly presented to help and practice
and become wizards. Contain excellent line sketches
and guidance. |
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