Questions: 1. A bicyclist pedaling up a hill P 3. A volleyball player spiking a ball K 2. An archer with his bow drawn P 5. The chemical bonds in sugar P 4. A baseball thrown to second base K 6. The wind blowing through your hair K 7. Walking down the street K 8. Sitting in the top of a tree P 9. A bowling ball rolling down the alley K 10. A bowling ball sitting on the rack P

1. A bicyclist pedaling up a hill P
3. A volleyball player spiking a ball K
2. An archer with his bow drawn P
5. The chemical bonds in sugar P
4. A baseball thrown to second base K
6. The wind blowing through your hair K
7. Walking down the street K
8. Sitting in the top of a tree P
9. A bowling ball rolling down the alley K
10. A bowling ball sitting on the rack P

Transcript text: 1. A bicyclist pedaling up a hill P 3. A volleyball player spiking a ball K 2. An archer with his bow drawn P 5. The chemical bonds in sugar P 4. A baseball thrown to second base K 6. The wind blowing through your hair K 7. Walking down the street K 8. Sitting in the top of a tree P 9. A bowling ball rolling down the alley K 10. A bowling ball sitting on the rack P

Solution

Solution Steps

Step 1: Analyze the first scenario

A bicyclist pedaling uphill is gaining potential energy due to elevation gain and also exhibits kinetic energy due to their motion. However, since the question asks for _a type_ of energy and pedaling _up_ a hill implies an elevation gain, we should categorize this as potential energy.

Step 2: Analyze the second scenario

An archer with their bow drawn has potential energy stored in the tension of the bow and bowstring.

Step 3: Analyze the third scenario

A volleyball player spiking a ball is actively transferring kinetic energy (motion energy) to the ball.