$200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $ 300 $400 $500 $100 $200 $300 $400 $500 $100 Describing Motion ForcesPicture This!Solve Me Anything Goes!

This is the process of changing position. Describing Motion $ 100

What is motion? Describing Motion $ 100

This is another name for your starting point. Describing Motion $ 200

What is a reference point? Describing Motion $ 200

This is the difference between distance and displacement. Describing Motion $ 300

What is distance is how far you travel and displacement is the distance between where you start and where you end? Describing Motion $ 300

This is the distance an object moves divided by the time it took to move that distance. Describing Motion $ 400

What is speed? Describing Motion $ 400

This is velocity. Describing Motion $ 500

What is the speed and direction of an object’s motion? Describing Motion $ 500

This is a force. Forces $ 100

What is a push or pull on an object? Forces $ 100

This is the difference between a contact and noncontact force. Forces $ 200

What is a contact force pushes or pulls an object by touching it and a noncontact force does not touch the object? Forces $ 200

This is a contact force that resists the sliding motion between two objects that are touching. Forces $ 300

What is friction? Forces $ 300

This is a noncontact force that exists between all objects that have mass. Forces $ 400

What is gravity? Forces $ 400

This is the difference between balanced and unbalanced forces. Forces $ 500

What is balanced forces have a net force of 0 Newtons and unbalanced forces have a net force of anything but 0 Newtons? Forces $ 500

This is the netforce acting on the object above. *remember to include strength and direction Picture This! $ 100

What is 5 Newtons to the right? Picture This! $ 100

Picture This! $ 200 This explains why there is more gravitational force between the objects in image A.

What is because they are closer together or have less distance between them? Picture This! $ 200

This is the netforce acting on the rope above. **Remember to include strength and direction Picture This! $ 300

What 100 Newtons to the Left? Picture This! $ 300

Picture This! $ 400 This is the netforce acting on the rope above. ** Remember to include strength and direction

What is 0 Newtons or balanced forces? Picture This! $ 400

This is the netforce acting on the rope. **Remember to include strength and direction Picture This! $ 500 What is the netforce acting on the rope?

What is 2 Newtons to the Right? Picture This! $ 500

This is the sum of all the forces acting on a object. Solve Me $ 100

What is a net force? Solve Me $ 100

A skateboarder moves at 10m/s. After 5 seconds, the skateboarder moves at 20 m/s. What is the skateboarder’s acceleration? Solve Me $ 200

What is 2 m/s 2 ? Solve Me $ 200

If a tug of war team is pulling at a force of 300 N to the left and the other tug of war team is pulling at a force of 400 N to the right, this is the Net Force. Solve Me $ 300

What is 100 N to the right? Solve Me $ 300

If Sally is pushing Bobby at a force of 400 N forward and Danny is pulling Bobby at a force of 400 N backward, this is the Net Force. Solve Me $ 400

What is 0 N (balanced forces)? Solve Me $ 400

These are the units for acceleration and force. Solve Me $ 500

What are m/s 2 and Newtons (N)? Solve Me $ 500

This is the formula for acceleration Anything Goes! $ 100

What is a= V f -V i t Anything Goes! $ 100

Gravity, magnetism, and static electricity are examples of this… Anything Goes! $ 200

What are noncontact forces? Anything Goes! $ 200

A car is travelling 55 miles per hour East, I have just describing the car’s… Anything Goes! $ 300

What is velocity? Anything Goes! $ 300

The boy in this picture has moved away from the game to the vending machine, the red line represents his path and the blue line represents his distance from the starting point. This is the word for the blue line. Anything Goes! $ 400

What is his displacement? Anything Goes! $ 400

This explains why a Ferris Wheel spinning at a constant speed can still have a change in velocity. Anything Goes! $ 500

What is because velocity also includes direction, so a change in direction causes a change in velocity? Anything Goes! $ 500