Force gravity - 1

What is another name for gravitational force?

• weight

• gravitational potential energy

• newton

• height force

The apples on the tree are identical.

Which statement below is correct?

• Gravitational force acting on A is higher than gravitational force acting on B.

• Gravitational force acting on B is lower than gravitational force acting on C.

• Gravitational forces acting on A, B and C are the same.

• Gravitational force acting on C is higher than gravitational force acting on A.

The apples on the tree have the same mass.

Which statement below is correct?

• Gravitational force acting on A is higher than gravitational force acting on B.

• Gravitational force acting on B is higher than gravitational force acting on A.

• Gravitational forces acting on A and B are the same.

• Gravitational forces acting on A and B cannot be compared.

Which apple is acted by the strongest gravitational force?

• A and B only

• B only

• B and D only

• A, B, C and D are acted by the same amount of gravitational force.

Which apple has the strongest gravitational force acting on it?

• A

• B

• C

• D

The weight of an object changes when the ___________of the object changes.

• mass

• size

• shape

• colour

When you travel from Earth to a place far away from any planet, your ______________.

• weight and mass remain the same

• weight remains the same but not your mass

• mass remains the same but not your weight

• weight and mass change

An apple was thrown vertically upwards from the hand to the highest point in the air.

The gravitational force acting on the apple was ___________.

• highest when the apple had just left the hand

• highest when the apple was at the highest point

• the same for the three positions

• highest when the apple was on the way up

Which of the following correctly shows the direction of gravitational force acting on the block?

• 
• 
• 
• 

Which of the following shows the unit of mass and weight?

• gram, kilogram

• kilogram, Newton

• kilogram and litre

• litre, Newton