Newton's Laws Of Motion Quiz Question Preview (ID: 43870)


This Is A Review Resource On Newton's Laws Of Motion. Use This To Study For The Multiple Choice Quiz. TEACHERS: click here for quick copy question ID numbers.

Mary is investigating how fast a car can be pulled by a mass connected to a pulley. What will her results show?
a) That the less mass the car has the faster it will go
b) The more weight on the pulley the slower the car will go
c) The less mass the car has the slower it will go
d) The more mass the car has the faster it will go

When you are sitting on a chair in class and the chair is pushing back up on you is which of Newton's three laws.
a) Fourth
b) Second
c) Third
d) First

John is investigating how the type of show he wears affects the friction he has when running. Which of the following is the correct dependent variable
a) The surface the shoe is on
b) The size of the acceleration
c) The mass of the shoe
d) The amount of friction

Which word represents when something that is still wants to remain still?
a) Inertia
b) Inverse
c) Indent
d) Independent

If my mass on earth is 72kg, what would my approximate weight be?
a) 7.2 N
b) 72 N
c) 720 N
d) 720 kg

Which one of these is not acceleration
a) Speeding up
b) Slowing down
c) Changing direction
d) Getting heavier

What are the correct units for weight?
a) Kilograms (kg)
b) Newtons (N)
c) Grams (g)
d) Grams (G)

What would happen to the acceleration of a car if I increased the cars mass?
a) It would have positive acceleration
b) It would have negative acceleration
c) It would not accelerate
d) It would stop moving

Every action has an equal and opposite reaction is which law of motion?
a) Second
b) First
c) Fourth
d) Third

F = m a is which law of motion?
a) First
b) Second
c) Third
d) Fourth

Which of the following best defines WEIGHT?
a) How much stuff something is made up of
b) Is measured in kilograms
c) Is how fast an object accelerates/
d) The amount of force that an object is pulled down by gravity

Mass can change if you go into space
a) True
b) You have no mass in space
c) False
d) It depends on which planet you are on

Which one of these formulas is correct?
a) a = f/m
b) f = m/a
c) m = a/f
d) a = m/f

The tendency for an object at rest to remain at rest is Newton's _ law of motion?
a) First
b) Second
c) Third
d) Fourth

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