Jasmine launches a model rocket from a cliff. The rocket goes up 16.8 feet above the cliff, then it drops 28.1 feet into the ocean below. Complete the statements to describe how to determine the change in height from the cliff to the ocean below.

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To determine the change in height from the cliff to the ocean below, follow these steps:

1. **Identify the upward movement:**
   - The rocket ascends **16.8 feet** above the cliff.

2. **Identify the downward movement:**
   - After reaching its peak, the rocket descends **28.1 feet** into the ocean.

3. **Calculate the net change in height:**
   - Subtract the downward movement from the upward movement:
     $$
     \text{Change in height} = 16.8 \, \text{feet} - 28.1 \, \text{feet} = -11.3 \, \text{feet}
     $$

4. **Interpret the result:**
   - A negative result indicates that the rocket is **11.3 feet below** the level of the cliff after its descent.

**Summary Statement:**

*The change in height is determined by subtracting the 28.1 feet the rocket drops from the 16.8 feet it rises, resulting in a net change of –11.3 feet, meaning the rocket ends up 11.3 feet below the cliff.*
To find the change in height, subtract the 28.1 feet the rocket dropped from the 16.8 feet it rose. This results in a net change of –11.3 feet, so the rocket is 11.3 feet below the cliff.

Jasmine launches a model rocket from a cliff. The rocket goes up 16.8 feet above the cliff, then it drops 28.1 feet into the ocean below. Complete the statements to describe how to determine the change in height from the cliff to the ocean below.

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