MOTION AND ENERGY
01) Equations related to velocity changing motion
02) Equations relating to constant velocity motion
03) Momentum
04) Newton's Second Law
05) Impulse
06) Force of friction
07) Volume rate of a fluid
08) Mass rate of a fluid
09) Principle of momentum conservation
10) Work
11) Kinetic energy
12) Potential energy
13) Relationship between kinetic energy and momentum
14) Power
15) Efficiency
ELASTICITY
1) Hook's law of elasticity
2) Strain
3) Stress
4) Modulus of Elasticity
5) Spring Constant
6) Thermal Stress Force
7) Elastic potential energy
8) Thermal strain energy
VISCOSITY
1) Velocity gradient of viscosity
2) Newton's equation for viscosity
3) Upward thrust force
4) Stoke's law of viscosity
5) Terminal velocity
6) Poisell equation of a cylindrical tube
7) Fluid pressure [
8) Poisell equation for liquid pressure
9) Poisell equation for a composite tube
GRAVITY
1) Gravitational law
2) Force of gravity on an object on the surface of the earth
3) Gravitational acceleration
4) Gravitational field intensity
5) Gravitational potential
6) Gravitational potential energy
7) Escape velocity
8) Energy required to launch a satellite into orbit
9) Total energy required to orbit the satellite
SURFACE TENSION
1) Surface tension force
2) Pressure difference in a liquid bubble
3) Pressure difference in an air bubble
4) Surface tension Energy of liquid surface
5) Capillary uptake of a liquid
6) Surface tension force of a liquid film
ANGULAR MOTION
1) Rotational distance
2) Angular velocity
3) Periodic period
4) Frequency
5) Relationship between frequency and angular velocity
6) Relationship between linear velocity and angular velocity
7) Angular acceleration
8) Relationship between linear acceleration and angular acceleration
9) Equations related to rotational motion
10) Uniform Angular Motion Equation
11) Rotational inertia
12) Angular momentum
13) Torque
14) Rotational work
15) Rotational kinetic energy
16) Rotary power
17) Center convergence acceleration
18) Center convergence force