The scuba diver's position relative to sea level after the 4.6 minutes is 5.1 ft.
Given:
A scuba diver descends in the water at a rate of 23 1/2 feet per minute for 2.6 minutes.
A scuba diver ascends at a rate of 28 feet per minute for 2 minutes after seeing a big fish.
To find :
The scuba diver's position relative to sea level after the 4.6 minutes.
Solution:
Rate of a scuba diver descending in the water for 2.6 minutes = 

Distance covered by a scuba diver in 2.6 minutes = 

Rate of a scuba diver ascending for 2 minutes = 

Distance covered by a scuba diver in 2 minutes = 

The position of scuba diver after 4.6 minutes relative to sea level:

The scuba diver's position relative to sea level after the 4.6 minutes is 5.1ft.
Learn more about ascending rate and descending rate here:
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Distance÷time
440÷8= 55
Therefore he needs to drive at the speed of 55 miles/hour
Answer:
The answer for this is D.
Step-by-step explanation:
The reason is that it tells you that is a 3/4 your distance point so you need to count from 3/4.
Answer:
1st, 3rd and 4th
Step-by-step explanation:
Only 2nd is false
With parallel lines, they will never touch one another. Therefore, there shouldn't be any solution.