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Dean was flying his drone at an elevation of 307 feet. A strong gust of wind then caused it to drop 59 feet.

What is the elevation of the drone now?

Answer :

Final answer:

The initial elevation of the drone was 307 feet. After the drone fell 59 feet due to a gust of wind, its new elevation would be 307 - 59 = 248 feet.

Explanation:

This is a simple subtraction problem. Dean's drone was initially at an elevation of 307 feet. It then fell 59 feet due to a gust of wind. To find out the new elevation, you need to subtract 59 from 307.

Step 1: Start with the initial elevation: 307 feet.

Step 2: Subtract the distance it fell: 59 feet.

Step 3: The calculation is
307 feet - 59 feet = 248 feet.

So, after the wind gust, the drone was at an elevation of 248 feet. To find the elevation of the drone after it dropped 59 feet due to the gust of wind, we need to subtract 59 from the initial elevation of 307 feet.

Therefore, the new elevation of the drone is 307 - 59 = 248 feet.

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Rewritten by : Barada

Answer:

248ft

Step-by-step explanation:

just subtract where he was and how much he dropped