Motion/Force Test

Joe rode his bike around town. The graph below shows his position over time. Which best describes Joe’s motion between hours 1 and 2?

• He traveled 0 mph.

• He traveled 0.5 mph.

• He traveled 2 mph.

• He traveled 4 mph.

Which will most likely stop an object in motion?

• Mass

• Force

• Motion

This graph shows the distance a soccer ball has traveled versus time. Which type of motion could the data on the graph indicate?

• The ball moved 5 m during a 10 s interval and then stopped moving.

• The ball moved at a rate of 5 m/s throughout the time period of the graph.

• The ball moved 5 m before the beginning of the graph and then stopped moving at 0 s.

• The ball moved at a rate of 5 m/s before the beginning graph and then stopped moving at 0 s.

The graph below represents a traveling car. If the car continues to travel at a constant speed, what can be predicted about the distance the car will have traveled after two hours?

• 60 miles

• 80 miles

• 100 miles

• 120 miles

This shows the movement of two cars. Based on the graph, which statement is true?

• Both cars moved at a constant speed.

• Both cars stopped moving for a period of time.

• Car 1 moved at a constant speed, while Car 2 stopped moving for 10 minutes.

• Car 2 moved at a constant speed, while Car 1 stopped moving for 10 minutes.

This graph shows the motion of an object. Which best describes the motion of the object?

• It is sitting still.

• It is moving at a constant speed.

• It continually increases its speed.

• It travels at constant speed and suddenly stops.

______________________ is any push or pull on an object.

• Force
• Mass
• Gravity
• Air Resistance

Tags

NGSS.3-PS2-1

If I kick a soccer ball across the field, what vocabulary word tells me why the ball would slow down in the grass?

• acceleration
• friction
• gravity

Tags

CCSS.L.1.6

CCSS.L.3.6

CCSS.L.K.5A

Lexi took 2 seconds to speed 10 meters through the scooter race.  What was her speed?

• just ok
• 5 m/s
• 5 mph
• 20 mph

Tags

NGSS.MS-PS3-1

This graph shows:

• A person sitting on a bench and waiting
• A person walking away at a constant speed
• A person walking away slowing and returning quickly
• A person walking back to the starting line