Newton's Law
Force & Motion
Motion & Speed
Energy
graph
100

What does Newton's first Law State?

Objects in motion stay in motion unless acted on by a force.

100

What is the unit of force?

Newton(N)

100

What is the formula for speed?

speed=distance/time

100

What type energy is stored?

Potential

100

What type of graph shows how something changes over time?

line graph

200

Which of Newton’s laws involves action and reaction?

Newton's Third Law.

200

What causes a change in motion?

A Force.

200

What happens to speed when distance stays the same but time decreases?

Speed increases

200

What are the units for force?

N

200

What do you label the two lines on the graph?

x-axis and y-axis

300

What does Newton’s Second Law tell us?

Force equals mass times acceleration (F = m × a).

300

What is the Formula for speed?

Speed = distance divided by speed.

300

What is velocity?

Speed in a certain direction

300

What type of energy is stored in a stretched rubber band?

Potential energy

300

If the line on a graph goes up, what does that mean about speed?

increases

400

Give an example of Newton’s First Law in real life.

A soccer ball stays still until kicked.

400

If you push a cart with more force, what happens to its acceleration?

It Increases.

400

How can you tell if an object is accelerating on a speed-time graph?

The line slopes upward

400

What type of energy is shown when the rubber band snaps back?

kinetic energy

400

If the line is constant or straight what does that mean?

No changes in the data

500

What happens when forces on an object are balanced?

The object’s motion does not change.

500

What type of energy is related to motion?

Kinetic Energy

500

If a car travels 60 km in 2 hours, what’s its speed?

30 km/h

500

Explain the relationship between mass and force in F = m × a.

More mass needs more force to move the same acceleration.

500

Why do we label and title the graph? 

To show the relationship over time

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