Friday, February 10, 2017

Solomons and Fryhle Organic Chemistry 10th edition

Solomons and Fryhle Organic Chemistry 10th edition
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INDIAN EDITED VERSION of Solomons and Fryhle Organic Chemistry 10th edition

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Halliday Resnick Walker Fundamentals of Physics 9th edition Downlode Book

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H C VERMA ( Concept of PHYSICS ) PART 1 & PART 2 with Solutions

H C Verma’s Concepts of Physics Part 1

Problems from H C Verma‘s Concepts of Physics is considered a must work out assignment by most of the IIT aspirants. Here you can find the solutions to the problems chapterwise. The downloads are based on the old edition of HC Verma’s Concepts of Physics. In case the book is revised, the answers and solutions may not match. Students will have to use your senses to find out. We cannot reproduce the questions for reasons known to all.

The solutions can be downloaded in pdf format by clicking on the links below.

CHAPTER 1
CHAPTER 2
CHAPTER 3
CHAPTER 4
CHAPTER 5
CHAPTER 6
CHAPTER 7
CHAPTER 8
CHAPTER 9
CHAPTER 10
CHAPTER 11
CHAPTER 12
CHAPTER 13
CHAPTER 14
CHAPTER 15
CHAPTER 16
CHAPTER 17
CHAPTER 18
CHAPTER 19
CHAPTER 20
CHAPTER 21
CHAPTER 22

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Irodov-Problems in General Physics PDF Downlode in One Click

Irodov-Problems in General Physics

Solution is available on ONLINE 
    
PHYSICAL FUNDAMENTALS OF MECHANICS

1.1:KINEMATICS.
1.1,  1.2,  1.3,  1.4,   1.5,  1.6,  1.7,  1.8,  1.9,  1.10,  1.11,  1.12, 1.13,  1.14,  1.15,  1.16,  1.17,  1.18,  1.19,  1.20,  1.21,  1.22, 1.23,   1.24,  1.25,  1.26,  1.27,  1.28,  1.29,  1.30,  1.31,  1.32,  1.33,  1.34,  1.35,  1.36,  1.37,  1.38,  1.39,  1.40,  1.41,  1.42,   1.43,  1.44,  1.45,  1.46,  1.47,  1.48,  1.49,  1.50,  1.51,  1.52,  1.53,  1.54,  1.55,  1.56,  1.57,  1.58
1.2: THE FUNDAMENTAL EQUATION OF DYNAMICS.
1.59,   1.60,  1.61,  1.62,  1.63,  1.64,  1.65,  1.66,  1.67,  1.68,   1.69,  1.70,  1.71,  1.72,  1.73,  1.74,  1.75,  1.76,  1.77,  1.78,  1.79,  1.80,  1.81,  1.82,  1.83,  1.84,  1.85,  1.86,  1.87,  1.88,  1.89,  1.90,  1.91,  1.92,  1.93,  1.94,  1.95,  1.96,  1.97,  1.98,  1.99,  1.100,  1.101,  1.102,  1.103,  1.104,  1.105,  1.106,  1.107,  1.108,  1.109,  1.110,  1.111,  1.112,  1.113,  1.114,  1.115,  1.116,   1.117  
1.3:LAWS OF CONSERVATION OF ENERGY,MOMENTUM AND ANGULAR MOMENTUM.
1.118,  1.119,  1.120,  1.121,   1.122,  1.123,  1.124,  1.125,  1.126, 1.127,  1.128,  1.129,  1.130,  1.131,  1.132,  1.333,  1.334,  1.335,  1.136,  1.137,  1.138,  1.139,  1.140,  1.141,  1.142,  1.143,  1.144,  1.145,  1.146,  1.147,  1.148,  1.149,  1.150,  1.151,  1.152,  1.153,  1.154,  1.155,  1.156,  1.157,  1.158,  1.159,  1.160,  1.161,  1.162,  1.163,  1.164,  1.165,  1.166,  1.167,  1.168,  1.169,  1.170,  1.171,  1.172,  1.173,  1.174,  1.175,  1.176,  1.177,  1.178,  1.179,  1.180,  1.181,  1.182,  1.183,  1.184, 1.185,  1.186,  1.187,  1.188,  1.189,  1.190,  1.191,  1.192,  1.193,  1.195,  1.196,  1.197,  1.198,  1.199
1.4:UNIVERSAL GRAVITATION.
1.200,  1.201,  1.202,  1.203,  1.204,  1.205,  1.206,  1.207,  1.208,  1.209,  1.210,  1.211,  1.212,  1.213,  1.214,  1.215,  1.216,  1.217,  1.218,  1.219,  1.220,  1.221,  1.222,  1.223,  1.224,  1.225,  1.226,  1.227,  1.228,  1.229,  1.230,  1.231,   1.232,  1.233
1.5:DYNAMIC OF SOLID BODY.
1.234,  1.235, 1.236,  1.237,  1.238,  1.239,  1.240,  1.241,  1.242,  1.243,  1.244, 1.245,  1.246,  1.247,  1.248,  1.249,   1.250,  1.251,  1.252,   1.253,  1.254,  1.255,  1.256,  1.257,  1.258,   1.259,  1.260,  1.261,  1.262,  1.263,  1.264,  1.265,  1.266,   1.267,   1.268,  1.269,  1.270,  1.271,  1.272,  1.273,   1.274,  1.275,  1.276,  1.277,   1.278,  1.279,  1.280,  1.281,  1.282,  1.283,  1.284,  1.285,  1.286,  1.287,  1.288,  1.289,   1.290,  1.291,  1.292,  1.293,  1.294,  1.295,  1.296, 1.297,  1.298,  1.299
1.6:ELASTIC DEFORMATIONS OF A SOLID BODY. 
1.300,  1.301,  1.302,  1.303,  1.304,  1.305,  1.306,  1.307,  1.308,  1.309,  1.310,  1.311,  1.312,  1.313,  1.314
1.7:HYDRODYNAMICS.
1.315,  1.316,  1.317,  1.318,  1.319,  1.320,  1.321,  1.322,  1.323,  1.324,  1.325,  1.326,  1.327,  1.328,  1.329,  1.330,  1.331,  1.332,  1.333,  1.334,  1.335,  1.336,  1.337,  1.338,  1.339
1.8:RELATIVISTIC MECHANICS.
1.340,  1.341,  1.342,  1.343,  1.344,  1.345,  1.346,  1.347,  1.348,  1.349,  1.350,  1.351,  1.352,  1.353,  1.354,  1.355,  1.356,  1.357,  1.358,  1.359,  1.360,  1.361,  1.362,  1.363,  1.364,  1.365,  1.366,  1.367,  1.368,  1.369,  1.370,  1.371,  1.372,  1.373,  1.374,  1.375,  1.376,  1.377,  1.378,  1.379,  1.380,  1.381,  1.382,  1.383,  1.384,  1.385,  1.386,  1.387,  1.388
:::::::::::::::::::::::::::PART:II:::::::::::::::::::::::
THERMODYNAMICS AND MOLECULAR PHYSICS

2.1:EQUATION OF THE GAS STATE. PROCESSES.
2.1,  2.2,  2.3,  2.4,  2.5,  2.6,  2.7,  2.8,  2.9,  2.10,  2.11,  2.12,  2.13,  2.14,  2.15,  2.16,  2.17,  2.18,  2.19,  2.20,  2.21,  2.22,  2.23,  2.24,  2.25
2.2: FIRST LAW OF THERMODYNAMIC,HEAT CAPACITY.
2.26,  2.27,  2.28,  2.29,  2.30,  2.31,  2.32,  2.33,  2.34,  2.35,  2.36,   2.37,  2.38,  2.39,  2.40,  2.41,  2.42,  2.43,  2.44,  2.45,  2.46,  2.47,  2.48,  2.49,  2.50,  2.51,  2.52,  2.53,  2.54,  2.55,  2.56,  2.57,  2.58,  2.59,  2.60,  2.61
2.3:KINETIC THEORY OF GASES,BOLTZMANN'S LAW AND MAXWELL'S DISTRIBUTION.
2.62,  2.63,  2.64,  2.65,  2.66,  2.67,  2.68,  2.69,  2.70,  2.71,  2.72,  2.73,  2.74,  2.75,  2.76,  2.77,  2.78,  2.79,  2.80,  2.81,  2.82,  2.83,  2.84,  2.85,  2.86,  2.87,  2.88,  2.89,  2.90,  2.91,  2.92,  2.93,  2.94,  2.95,  2.96,  2.97,  2.98,  2.99,  2.100,  2.101,  2.102,  2.103,  2.104,  2.104,  2.105,  2.106,  2.107,  2.108,  2.109,  2.110,  2.111,  2.112
2.4:THE SECOND LAW OF THERMODYNAMIC.
2.113,  2.114,  2.115,  2.116,  2.117,  2.118,  2.119,  2.120,  2.121,  2.122,  2.123,  2.124,  2.125,  2.126,  2.127,  2.128,  2.129,  2.130,  2.131,  2.132,  2.133,  2.134,  2.135,  2.136,  2.137,  2.138,  2.139,  2.140,  2.141,  2.142,  2.143,  2.144,  2.145,  2.146,  2.147,  2.148,  2.149,  2.150,  2.151,  2.152,  2.153,  2.154,  2.155,  2.156,  2.157,  2.158,  2.159
2.5:LIQUIDS,CAPILLARY EFFECTS.
2.160,  2.161,  2.162,  2.163,  2.164,  2.165,  2.166,  2.167,  2.168,  2.169,  2.170,  2.171,  2.172,  2.173,  2.174,  2.175,  2.176,  2.177,  2.178,  2.179,  2.180,  2.181,  2.182,  2.183,  2.184
2.6:PHASE TRANSFORMATIONS.
2.185,   2.186,  2.187,  2.188,  2.189,  2.190,   2.191,   2.192,  2.193,  2.194,  2.195,  2.196,  2.197,  2.198,  2.199,  2.200,  2.201,  2.202,  2.203,  2.204,  2.205,  2.206,  2.207,  2.208,  2.209,  2.210,  2.211,  2.212,  2.213,  2.214,  2.215,  2.216,  2.217,  2.218,  2.219
2.7:TRANSPORT PHENOMENA.
2.220,  2.221,  2.222,  2.223,  2.224,  2.225,  2.226,  2.227,  2.228,  2.229,  2.230,  2.231,  2.232,  2.233,  2.234,  2.235,  2.236,  2.237,  2.238,  2.239,  2.240,  2.241,  2.242,  2.243,  2.244,  2.245,  2.246,  2.247,  2.248,  2.249,  2.250,  2.251,  2.252,  2.253,  2.254,  2.255,  2.256,  2.257
::::::::::::::::::::::::::::::::PART:III:::::::::::::::::::::
ELECTRODYNAMICS

3.1:CONSTANT ELECTRIC FIELD IN VACUUM.
3.1,  3.2,  3.3,  3.4,  3.5,  3.6,  3.7,  3.8,  3.9,  3.10,  3.11,  3.12, 3.13,  3.14,  3.15,  3.16,  3.17,  3.18,  3.19,  3.20,  3.21,  3.22,  3.23,  3.24,  3.25,  3.26,  3.27,  3.28,  3.29,  3.30,  3.31,  3.32,  3.33,  3.34,  3.35,  3.36,  3.37,  3.38,  3.39,  3.40,  3.41,  3.42,  3.43,  3.44,  3.45,  3.46,  3.47,  3.48,  3.49,  3.50,  3.51,  3.52,  3.53
3.2:CONDUCTORS AND DIELECTRICS IN AN ELECTRIC FIELD.
3.54,  3.55,  3.56,  3.57,  3.58,  3.59,  3.60,  3.61,  3.62,  3.63,  3.64,  3.65,  3.66,  3.67,  3.68,  3.69,  3.70,  3.71,  3.72,  3.73,  3.74,   3.75,  3.76,  3.77,  3.78,  3.79,  3.80,  3.81,  3.82,  3.83,  3.84,  3.85,  3.86,  3.87,  3.88,  3.89,  3.90,  3.91,  3.92,  3.93,  3.94,  3.95,  3.96,  3.97,  3.98,  3.99
3.3:ELECTRIC CAPACITANCE. ENERGY OF AN ELECTRIC FIELD.
 3.100,  3.101,  3.102,  3.103,  3.104,  3.105,  3.106,  3.107,  3.108,  3.109,  3.110,  3.111,  3.112,  3.113,  3.114,  3.115,  3.116,  3.117,  3.118,  3.119,  3.120,  3.121,  3.122,  3.123,  3.124,  3.125,  3.126,  3.127,  3.128,  3.129,  3.130,  3.131,  3.132,  3.133,  3.134,  3.135,  3.136,  3.137,  3.138,  3.139,  3.140,  3.141,  3.142,  3.143,  3.144,  3.145,  3.146,  
3.4 ELECTRIC CURRENT
 3.147,  3.148,  3.149,  3.150,  3.151,  3.152,  3.153,  3.154,  3.155,  3.156,  3.157,  3.158,  3.159,  3.160,  3.161,  3.162,  3.163,  3.164,   3.165,  3.166,  3.167,  3.168,  3.169,  3.170,   3.171,  3.172,  3.173,  3.174,  3.175,  3.176,  3.177,  3.178,  3.179,  3.180,  3.181,  3.182,  3.183,  3.184, 3.185,  3.186,   3.187,  3.189   3.190,  3.191, 3.192,   3.193,  3.194, 3.195,  3.196,  3.197,   3.198,    
3.5. CONSTANT MAGNETIC FIELD.MAGNET                   3.219,  3.220  3.221,  3.222,  3.223,  3.224,  3.243,                                           3.251, 3.252, 3.253,  3.254,  3.255,
3.6  INDUCTION. MAXWELL'S EQUATIONS

            ::::::::::::::::,  ::::::::::PART:IV:::::::::::::::::::

4.1:MECHANICAL OSCILLATIONS
4.1, 4.2, 4.3, 4.4, 4.5, 4.6, 4.7, 4.8, 4.9, 4.10, 4.11, 4.12, 4.13, 4.14, 4.15, 4.16, 4.17, 4.18, 4.19, 4.20, 4.21, 4.22, 4.23, 4.24, 4.25, 4.26, 4.27, 4.28, 4.29, 4.30, 4.31, 4.32, 4.33, 4.34, 4.35, 4.36, 4.37, 4.38, 4.39, 4.40, 4.41, 4.42, 4.43, 4.44, 4.45, 4.46, 4.47, 4.48, 4.49, 4.50, 4.51, 4.52, 4.53, 4.54, 4.55, 4.56, 4.57, 4.58, 4.59, 4.60, 4.61, 4.62, 4.63, 4.64, 4.65, 4.66, 4.67, 4.68

4.3:ELASTIC WAVES, ACOUSTICS
4.150, 4.151, 4.152, 4.153, 4.154, 4.155, 4.156, 4.157, 4.158, 4.159, 4.160, 4.161, 4.162, 4.162, 4.163, 4.164, 4.165, 4.166, 4.167,4.168, 4.169, 4.170, 4.171, 4.172, 4.173, 4.174, 4.175, 4.176,4.177, 4.178, 4.179, 4.180

            ::::::::::::::::::::::,  ::::::::::PART:IV:::::::::::::::::::

5.2. INTERFERENCE OF LIGHT 

 5.66



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