Engineering PhysicsKrishna Prakashan Media |
Contents
MECHANICS | 1-1 |
Dimensions of Quantities Related to Heat | 1-19 |
Multiplication of a Vector by a Scalar | 1-28 |
Properties of Scalar Triple Product | 1-38 |
Solved Numerical Examples | 1-51 |
Multiple Choice Questions 1 | 1-90 |
Answers to Exercises 1 | 1-97 |
Graphical Representation of Force | 1-101 |
1 | 1-229 |
A Cavendish Method | 1-241 |
1 | 1-249 |
Gravitational Potential Energy or Self Energy | 1-260 |
The Simple Pendulum | 1-268 |
Time Period of a Satellite | 1-284 |
Multiple Choice Questions | 1-294 |
Answers to Exercises | 1-302 |
Turning Effect of a ForceMoment | 1-121 |
1 | 1-131 |
1 | 1-137 |
This | 1-139 |
PotentialEnergy CurveEquilibrium 1 | 1-151 |
Multiple Choice Questions 1 | 1-178 |
Moment of Inertia 1 186 1 238 | 1-186 |
Moment of Inertia of a Thin Circular Ring or Hoop | 1-197 |
Moment of Inertia of a Solid Sphere | 1-203 |
Kinetic Energy of Rotating Body | 1-220 |
Multiple Choice Question 1 | 1-347 |
Viscosity and Surface Tension 1 3561 408 | 1-356 |
Velocity Gradient and Coefficient of Viscosity 1 | 1-357 |
Stokes Law of Terminal Velocity 1 | 1-372 |
Viscosity of GasesMeyers Formula 1 | 1-379 |
Pressure Difference Across a Spherical Surface 1 | 1-385 |
Shape of Liquid Surface in a Capillary Tube 1 | 1-391 |
Effect of Temperature on Surface Tension 1 | 1-398 |
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Common terms and phrases
a₁ acceleration due angle angular momentum angular velocity axis passing ball block body of mass Calculate capillary tube centre of mass centripetal force circular coefficient component constant cylinder density diameter direction disc displacement distance due to gravity earth elastic elastic collision equal equation Example F₁ F₂ force acting force F frictional force height Hence horizontal inclined plane inertia Joules kinetic energy km/hr length linear liquid m/sē m/sec m₁g m₂ magnitude mass m₁ molecules moment of inertia moving N/mē Newton's Newton's second law orbit parallel particle pendulum perpendicular Poisson's ratio potential energy pressure projectile pulley r₁ radius rotation satellite shell shown in fig Solution speed strain stress string Substituting the value surface tension T₁ T₂ torque unit v₁ vector vertical viscosity wire Young's modulus zero