A dog slide has a mass 3m and sits on a frictionless surface such that the slide itself is free to move. When the dog reaches the bottom of the slide they have a speed of vo. (a) Use momentum to find the speed of the slide after the dog reaches the ground. (b) What was the height of the slide? 3m

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**Problem 3: Frictionless Slide**

A dog slide has a mass \(3m\) and sits on a frictionless surface such that the slide itself is free to move. When the dog reaches the bottom of the slide, they have a speed of \(v_0\). 

(a) Use momentum to find the speed of the slide after the dog reaches the ground.

(b) What was the height of the slide?

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*Diagram Description:*
The diagram features an image of a dog at the top of an orange slide. The slide has a mass labeled as \(3m\) and is positioned on a green frictionless surface. The setup demonstrates the situation described in the problem, where the slide and the dog can move freely without friction.
Transcribed Image Text:**Problem 3: Frictionless Slide** A dog slide has a mass \(3m\) and sits on a frictionless surface such that the slide itself is free to move. When the dog reaches the bottom of the slide, they have a speed of \(v_0\). (a) Use momentum to find the speed of the slide after the dog reaches the ground. (b) What was the height of the slide? --- *Diagram Description:* The diagram features an image of a dog at the top of an orange slide. The slide has a mass labeled as \(3m\) and is positioned on a green frictionless surface. The setup demonstrates the situation described in the problem, where the slide and the dog can move freely without friction.
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