Create a perfectly inelastic collision where two objects collide and get stuck together. After the collision, the two objects will travel at a speed of 30 km/h and in the direction of W 30˚ S, as shown in the picture.
Create a perfectly inelastic collision where two objects collide and get stuck together. After the collision, the two objects will travel at a speed of 30 km/h and in the direction of W 30˚ S, as shown in the picture.
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Create a perfectly inelastic collision where two objects collide and get stuck together. After the collision, the two objects will travel at a speed of 30 km/h and in the direction of W 30˚ S, as shown in the picture. You have control of each of the following variables:
- The mass of the first object
- The mass of the second object
- The speed of the first object
- The speed of the second object
- The direction of the first object
- The direction of the second object
Transcribed Image Text:Question 1
Create a perfectly inelastic collision where two objects collide and get stuck together. After the
collision, the two objects will travel at a speed of 30 km/h and in the direction of W 30° S, as
shown in the picture. You have control of each of the following variables:
• The mass of the first object
•
The mass of the second object
The speed of the first object
•
• The speed of the second object
• The direction of the first object
The direction of the second object
30°
v = 30 km/h
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