The position of a diving bell is - 34-34 mile relative to sea level. the diving bell reached this position after dropping from sea level at a constant rate for 112112 hours. what was the position of the diving bell relative to sea level 1 hour after it began its descent? enter your answer in simplest form in the box.

Question

Mathematics

Barley

20 October, 16:11

The position of a diving bell is - 34-34 mile relative to sea level. the diving bell reached this position after dropping from sea level at a constant rate for 112112 hours. what was the position of the diving bell relative to sea level 1 hour after it began its descent? enter your answer in simplest form in the box.

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Skylar Hammond · Answer 1

since it travel at a constant speed. Calculate first its speed of descent.

S = - 3/4 mile / 1 ½ hr

S = - 0.5 mile an hour

So the position of the diving bell relative to sea level 1 hour after it began its descent is

D = (0.5 mile / hr) x 1 hr = - 0.5 mile