5 Written Questions

1. U=½kx²
2. p=mv
3. W=FΔrcosθ
4. T=1/f
5. x = x₀+v₀t+½at²

5 Matching Questions

1. Kinetic Energy
2. Period of a pendulum for small angles
3. Centripetal Acceleration
4. Newton's 2nd Law
5. Gravitational Potential Energy

1. a a=v²/r
2. b U=-(Gm₁m₂)/(r)
3. c ΣF=ma
4. d T=2π√(l/g)
5. e K=½mv²

5 Multiple Choice Questions

1. F=-kx
   1. velocity with a, no x
   2. Friction on a plane
   3. Restoring force of a spring
   4. Newton's 2nd Law
2. F=-(Gm₁m₂)/(r²)
   1. Centripetal Acceleration
   2. Newton's Universal Law of Gravitation
   3. Newton's 2nd Law
   4. Restoring force of a spring
3. v = v₀-at
   1. position with a, no v
   2. Friction on a plane
   3. velocity with a, no t
   4. velocity with a, no x
4. T=2π√(m/k)
   1. Restoring force of a spring
   2. Period of an object oscillating on a spring
   3. Power of an object in motion
   4. Period and frequency relationship
5. P=Fvcosθ
   1. Power of an object in motion
   2. position with a, no v
   3. Period and frequency relationship
   4. Centripetal Acceleration

5 True/False Questions

1. velocity with a, no t → v²=v₀²+2a(x-x₀)

   True        False

2. Friction on a plane → x = x₀+v₀t+½at²

   True        False

3. Average Power → τ=rFsinθ

   True        False

4. Change in Gravitational Potential Energy → ΔU=mgΔh

   True        False

5. Torque → J=FΔt or Δp

   True        False