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1. You're at a playground and you decide to climb up the slide. As you climb, you start to feel your muscles working and your breath becoming shallower. When you finally reach the top you stand still for a moment to catch your breath , enjoying the view. But then, you feel a thrill of excitement as you realize that the fun part is about to begin. You sit down on the slide and push off. As you start sliding down, you feel the wind in your hair and the rush of speed. How does potential energy change as you climb up the slide?

Question

1. You're at a playground and you decide to climb up the slide. As you climb, you start to feel your muscles working and your breath becoming shallower. When you finally reach the top you stand still for a moment to catch your breath , enjoying the view. But then, you feel a thrill of excitement as you realize that the fun part is about to begin. You sit down on the slide and push off. As you start sliding down, you feel the wind in your hair and the rush of speed. How does potential energy change as you climb up the slide?

1. You're at a playground and you decide to climb up the slide. As you climb, you start to feel your muscles working and your breath becoming shallower. When you finally reach the top you stand still for a moment to catch your breath , enjoying the view. But then, you feel a thrill of excitement as you realize that the fun part is about to begin. You sit down on the slide and push off. As you start sliding down, you feel the wind in your hair and the rush of speed. How does potential energy change as you climb up the slide?

Solution

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AdeleProfessional · Tutor for 6 years

Answer

you climb up the slide, your potential energy *increases*. This is because potential energy is related to height. The higher you are, the more potential energy you have. You're essentially storing energy that will be released as kinetic energy (motion) when you slide down.<br />
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