HELP QUICK

Securely glue or tape the piece of cardboard onto the box.
Make lengthwise guides to keep the ball on the ramp. Connect three straws end to end. To connect them, squeeze the end of one straw and insert it into the end of another straw. Tape the guide along one side of the ramp. Make a second guide using three more straws. Tape it along the other side of the ramp. The space between the guides should be a little wider than the width of the ball.
Set up the ramp. The top of the ramp should be 12 inches off the floor. Place the box (vehicle 1) at the base of the ramp—the box should be touching the end of the ramp. The side with the added cardboard piece should face the ramp. Orient the box so it’s wider than it is high.
Let the ball roll down the ramp and hit the box. The box should fall over and move across the floor.

The amount of force in this collision can be measured indirectly. Simply measure the distance the box moved after the ball hit it. What procedure can you use to measure the distance?

Answer: Inches

Explanation:

Securely glue or tape the piece of cardboard onto the box. Make lengthwise guides to keep the ball on the ramp.  Inches

Collisions between two objects naturally fall under Newton's third law of motion. When two objects collide, forces of equal magnitude and opposite direction are applied to each object.

Such pressures frequently result in one thing gaining momentum and gaining speed while the other object slows down (lose momentum). Newton's third law states that the forces acting on the two objects are of equal strength.

The objects' accelerations may not be equal in magnitude even though the forces acting on them are opposite in direction and of equal magnitude.

Therefore, Securely glue or tape the piece of cardboard onto the box. Make lengthwise guides to keep the ball on the ramp.  Inches.

To learn more about Collision, refer to the link:

https://brainly.com/question/13138178

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