- Time
- Square of time
- Velocity
- Acceleration
Author: ETEA MCQS.COM
No category found.
- Constant and equal to g (downwards)
- Constant and equal to g (upwards)
- Decreasing
- Increasing
- Uniform velocity
- Uniform acceleration downwards along the incline
- Uniform acceleration upwards along the incline
- Non-uniform acceleration
- Acceleration
- Velocity
- Displacement
- Time
- Must increase
- Must decrease
- Can either increase or decrease or remain constant
- Can increase, decrease, or remain constant depending on the direction of initial velocity
- Average velocity
- Average acceleration
- Instantaneous velocity
- Displacement
- Equal distances in equal time intervals
- Unequal distances in equal time intervals
- Equal distances in equal time intervals only if starting from rest
- Equal distances in equal time intervals only if moving at constant velocity
- Displacement
- Velocity
- Acceleration
- Distance
- It implies constant speed.
- It implies constant velocity.
- It can cause a change in the direction of motion.
- It only occurs when speed is increasing.
- t = (v-u)/a
- t = (v+u)/a
- t = a/(v-u)
- t = u/a
- Zero
- Downwards and equal to g
- Upwards and equal to g
- Dependent on the initial velocity
- Any type of motion
- Only uniform velocity
- Only uniform acceleration
- Non-uniform acceleration
- 2 seconds
- 4 seconds
- 5 seconds
- 8 seconds
- Air resistance is significant
- The net force acting on the object is constant
- The velocity of the object is constant
- The object is at rest
- A horizontal straight line
- A straight line through the origin
- A curved line concave upwards
- A straight line with a non-zero slope
