Newtonś Laws Quiz

A visually engaging image of Newton's Laws of Motion with illustrations of forces, motion, and a bouncing ball, in a classroom setting.

Newton's Laws of Motion Quiz

Test your knowledge of Newton's Laws of Motion with this interactive quiz! Ideal for students, teachers, and anyone curious about physics, this quiz covers the fundamentals of motion and forces.

  • Multiple choice questions
  • Understand the basics of physics
  • Fun and educational
13 Questions3 MinutesCreated by FallingApple202
Newtonś First Law states that
There is no gravity
There is an unbalanced force present
There is wind
There is a balanced force present
Newtonś Second Law states that
Force is directly proportional to mass
Force is not related to mass
Mass is directly related to acceleration
Force is not related to acceleration
Newtonś Third Law states that
Force does not matter
All forces are equal and opposite
The Force is with you
Date:
When a large tractor trailer collides with a pickup truck the smaller truck sustains more force
True
False; they both sustain the same amount of force
If you pull a cart with a force of 50N, and someone else pulls in the opposite direction on the same cart with a force of 60N, What is the net force?
110N
10N
If you apply a pushing force of 50N on a wheelbarrow, and the wheelbarrow has a mass of 200N, what is the acceleration?
10m/s
3m/s
2m/s
0.25m/s
If I bounce a ball on the floor and the ball bounces back, what Law is represented by this motion?
Newtonś Law 1
Newtonś Law 2
Newtonś Law 3
If you want to pull water from a well, and the bucket of water has a mass of 10Kg, The acceleration is 1m/s. What is the Force you need to apply to pull the water and bucket up from the well?
1N
10N
100N
What force pulls objects toward each other?
Gravity
Magnetism
Friction
An object will accelerate in what direction?
The direction opposite the force
The direction of the force
It will not move
Acceleration can be changed, how?
Increasing the push force
Increasing the pull force
Both increasing the push or pull force
If one objects exerts a force on another object, then
The second object exerts a force of greater strength in the opposite direction
The second object exerts an equal force in the opposite direction of the first
The second object exerts a force of lesser strength on the second object in the same direction
The second object exerts a force of lesser strength opposite to the first object
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