GoConqr has a new look! Let us know what you think.

Quiz

Force. Mass and Acceleraton

ABCschool 13 questions 5.0 (1 rating)

Take the quiz

Questions in this quiz (13)

  1. 1What happens to a moving car when there is a resultant force?
    1. AIt accelerates
    2. BIt decelerates
    3. CIt stays the same
  2. 2The acceleration of a car depends on..
    1. Aspeed it was traveling and road surface
    2. Bair resistance applied and mass of car
    3. Csize of resultant force and mass of car
  3. 3What can an object best accelerate?
    1. Awhen the force is greater but mass is smaller
    2. Bwhen the mass is greater and the force is greater
    3. Cwhen the force is smaller but the mass is greater
  4. 4what is newtons second law of motion?
    1. Aforce (N) = Mass (kg) + acceleration (m/s squared)
    2. Bforce (N)= Mass (kg) x acceleration (m/s squared)
    3. Cforce (N)= Mass (kg) - acceleration (m/s squared)
  5. 5when investigation force and acceleration what must you keep the same?
    1. AForce
    2. BMass
    3. CAcceleration
  6. 6How do you work out Acceleration (m/s squared) ?
    1. Achange in velocity (m/s) divde by time (s)
    2. Bchange in velocity (m/s) x time (s)
    3. Cchange in velocity (m/s) - time (s)
  7. 7cyclist accelerates from 0 to 10 m/s in 5 seconds. What is her acceleration?
    (acceleration= change in velocity divided by time)
    1. A5m/s sqaured
    2. B4 m
    3. C2 m/s squared
  8. 8Mass is a scalar property
    1. ATrue
    2. BFalse
  9. 9Weight is another word for mass
    1. ATrue
    2. BFalse
  10. 10on the moon the gravitational field strength is 1.6 n/kg. What will james (who weighs 70 kg on earth) weight be on the moon?
    (Weight= mass x gravitation field strength)
    1. A112n
    2. B112kg
    3. C64 n

Information

Description
-investigation forces -mass and weight -acceleration -falling objects
Author
ABCschool
Language
English
Views
36
Rating
5.0 out of 5 · 1 rating
Rate this quiz
Rate this quiz

Feedback

What is it about?

What do you think of the new look?

How do you like it?