{{asɛmtiNe Ɔkyerɛwfo}} | Nhomakorabea | Nneɛma a ɛma wotumi yɛ ade

1

A small force is applied to a toy car and it travels a distance of 1.5 meters. If I apply a larger force to the same toy car, what do you predict will happen to the distance traveled by the car.

The car will go just as far (travel same distance)

The car will go farther (travel more distance)

The car will not go as far as before (travel less distance)

5

Sort all 5 descriptions with the correct type of force

Causes the object to accelerate
Does not cause the object to accelerate
Changes the motion of an object
Are equal and opposite
Does not change the motion of an object

Balanced Forces
Unbalanced Forces

1

To increase acceleration of an object, you reduce its mass or increase the applied force.

Nokorɛ

Ɛnyɛ ampa

1

Force = 65 kg X 3 m/s² =

1

What does the 'a' represent in the formula f=ma?

Amplitude

Area

Acceleration

Action

1

What happens to the force if the mass remains constant but the acceleration increases?

Force is nullified

Force decreases

Force increases

Force remains the same

1

A 2 kg object is accelerated at 3 m/s². What is the force?

1 N

5 N

9 N

6 N

1

If the force acting on an object doubles while the mass stays the same, what happens to the acceleration?

Acceleration remains the same

Acceleration quadruples

Acceleration doubles

Acceleration halves

W5 retake quiz- f=ma

W5 retake quiz- f=ma

A small force is applied to a toy car and it travels a distance of 1.5 meters. If I apply a larger force to the same toy car, what do you predict will happen to the distance traveled by the car.

Sort all 5 descriptions with the correct type of force

To increase acceleration of an object, you reduce its mass or increase the applied force.

Force = 65 kg X 3 m/s² =

What does the 'a' represent in the formula f=ma?

What happens to the force if the mass remains constant but the acceleration increases?

A 2 kg object is accelerated at 3 m/s². What is the force?

If the force acting on an object doubles while the mass stays the same, what happens to the acceleration?

A small force is applied to a toy car and it travels a distance of 1.5 meters. If I apply a larger force to the same toy car, what do you predict will happen to the distance traveled by the car.

Sort all 5 descriptions with the correct type of force

To increase acceleration of an object, you reduce its mass or increase the applied force.

Force = 65 kg X 3 m/s² =

What does the 'a' represent in the formula f=ma?

What happens to the force if the mass remains constant but the acceleration increases?

A 2 kg object is accelerated at 3 m/s². What is the force?

If the force acting on an object doubles while the mass stays the same, what happens to the acceleration?

W5 retake quiz- f=ma

W5 retake quiz- f=ma

A small force is applied to a toy car and it travels a distance of 1.5 meters. If I apply a larger force to the same toy car, what do you predict will happen to the distance traveled by the car.

Sort all 5 descriptions with the correct type of force

To increase acceleration of an object, you reduce its mass or increase the applied force.

Force = 65 kg X 3 m/s2 =

What does the 'a' represent in the formula f=ma?

What happens to the force if the mass remains constant but the acceleration increases?

A 2 kg object is accelerated at 3 m/s². What is the force?

If the force acting on an object doubles while the mass stays the same, what happens to the acceleration?

A small force is applied to a toy car and it travels a distance of 1.5 meters. If I apply a larger force to the same toy car, what do you predict will happen to the distance traveled by the car.

Sort all 5 descriptions with the correct type of force

To increase acceleration of an object, you reduce its mass or increase the applied force.

Force = 65 kg X 3 m/s2 =

What does the 'a' represent in the formula f=ma?

What happens to the force if the mass remains constant but the acceleration increases?

A 2 kg object is accelerated at 3 m/s². What is the force?

If the force acting on an object doubles while the mass stays the same, what happens to the acceleration?

Force = 65 kg X 3 m/s² =

Force = 65 kg X 3 m/s² =