NEW
Font size
WorksheetsForce & Motion Tutorial Quiz
Total questions: 24
Worksheet time: 12mins
A student pushes a cart gently and then pushes the same cart much harder. What is the most likely outcome?
The harder push always makes the cart change direction
Both pushes cause exactly the same motion change
The harder push causes a greater change in motion
The gentle push always makes the cart stop sooner
Which statement best defines a force in physical science?
An object’s amount of matter only
A measure of distance traveled
A push or pull acting on an object
Energy stored inside a battery
Which example best illustrates a push force?
Shoving a shopping cart forward
Dragging a sled with a rope
A magnet pulling nails closer
Earth drawing apples downward
Which example best illustrates a pull force?
Two cars colliding gently
Wind blowing a leaf sideways
Kicking a soccer ball
Reeling in a fishing line
How does friction most often affect the motion of an object?
It changes mass of the object
It increases speed without contact
It always pushes objects upward
It opposes motion and slows objects
Two bar magnets are placed end to end. Which arrangement will make them move apart without touching?
One pole near a wooden block
Both poles wrapped in paper
Opposite poles facing each other
Like poles facing each other
A student argues that pushing and pulling can both move an object closer to you. Which reasoning best evaluates this claim?
Pulling tends to move objects toward you, while pushing tends to move them away
Pulling only works when friction is completely zero
Both always move objects toward you regardless of direction
Pushing only works on magnetic objects near you
Which scenario is the best example of a push force acting on an object?
A person moving forward while pushing a lawn mower
A boat pulling a water skier behind it
Two students pulling a rope toward themselves
A dog pulling its owner forward on a leash
In a push, the object moves in which direction relative to the source of the force?
Away from the source applying the force
Sideways relative to the force source
Toward the source applying the force
Both toward and away randomly
A student claims a boat towing a water skier is a push. Which reasoning best evaluates this claim?
Incorrect, because the boat applies a pulling force on the rope backward
Incorrect, because the skier moves away due to a pull along the rope
Correct, because the boat engine pushes water so it is a push
Correct, because any motion away from the source is always a push
Which action would change a push situation into a pull situation most directly?
Increase the force while continuing to push forward
Push downward instead of forward on the mower
Turn the mower sideways while still pushing it
Attach a rope to the mower and drag it toward you
What is the best definition of matter?
The material that makes up objects
A tool used to measure objects
A number used to label objects
The energy that warms objects
Which statement correctly describes mass?
Mass is the space around an object
Mass is how much matter something has
Mass is the force pushing an object
Mass is the speed of a moving object
A student uses a triple beam balance to find a pencil’s mass. What should they do to get the correct reading?
Slide riders until the beams level
Zero the balance after measuring
Read only the smallest beam scale
Place pencil near the pointer end
Which unit is most appropriate for measuring the mass of a small pencil in science class?
Liters in a cylinder
Newtons with a scale
Meters with a ruler
Grams on a balance
Two students debate: Student A says, “Anything made of matter takes up space and has mass.” Student B says, “If it takes up space but has no mass, it isn’t matter.” Who is correct and why?
Neither, because matter is only measured in newtons
Both, because mass and space are unrelated ideas
Student B, because matter has volume but never mass
Student A, because matter occupies space and has mass
In a tug-of-war, what condition describes balanced forces on the rope?
Unequal pulls with rope moving
Equal pulls with no rope movement
No pulls with rope tension zero
Equal pulls with slow rope drift
Two teams pull a rope: Team A pulls right with 300 N, Team B pulls left with 300 N. What is the net force and motion of the rope’s center?
Net force 150 N, center wobbles
Net force 300 N, center moves left
Net force 600 N, center speeds right
Net force 0 N, center stays still
Which statement best explains unbalanced forces in a tug-of-war?
One side pulls lightly so nothing moves
One side pulls harder so the flag moves
Both sides pull equally so the flag moves
Both sides stop pulling so the flag moves
A rope’s center flag begins moving left during tug-of-war. What can you conclude about the forces at that moment?
No one is pulling on the rope
Left and right pulls are equal
Left pull is greater than right pull
Right pull is greater than left pull
A soccer ball rolls across grass and slows to a stop. Which explanation fits this situation?
Its mass decreased, so it lost all momentum
No forces acted, so inertia made it stop
Balanced forces acted, so motion stayed the same
An unbalanced force from friction slowed it down
Which statement best describes the relationship between an object's mass and the force needed to change its motion?
Greater mass only affects speed, not motion change
Greater mass needs smaller force to change motion
Greater mass needs greater force to change motion
Greater mass does not affect force for motion change
Two identical carts are on a smooth hallway. Cart A is empty. Cart B carries heavy textbooks. You push each with the same effort. What happens?
Cart B speeds up more than Cart A
Cart A speeds up more than Cart B
Neither cart changes speed at all
Both carts speed up exactly the same
A student claims, "A golf ball needs more force to move than a basketball because it is smaller." Which critique best uses evidence about mass and force?
Size does not equal mass; basketball has more mass
Both need the same force regardless of mass
Smaller objects always need more force than larger
Force does not relate to mass in any way
