SOLUTION: The time t (in seconds) that it takes for a cliff diver to reach the water is a function of the
height h (in feet) from which he dives:
t = sqrt h /16
Find the exact time that i
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Question 201100: The time t (in seconds) that it takes for a cliff diver to reach the water is a function of the
height h (in feet) from which he dives:
t = sqrt h /16
Find the exact time that it takes for a diver to hit the water when diving from 25 feet.
t = sqrt h/16 = sqrt 25/16
Solve by factoring.
z^2 - 3z - 18 = 0
-6 * 3 = -18
-6 + 3 = -3
Simplify the following radical:
3 − 64c^15/3 sqrt x^15
Answer by Alan3354(69443) (Show Source): You can put this solution on YOUR website!
The time t (in seconds) that it takes for a cliff diver to reach the water is a function of the
height h (in feet) from which he dives:
t = sqrt h /16
Find the exact time that it takes for a diver to hit the water when diving from 25 feet.
t = sqrt h/16 = sqrt 25/16
t = 5/4 seconds = 1.25 seconds
-------------------
Solve by factoring.
z^2 - 3z - 18 = 0
-6 * 3 = -18
-6 + 3 = -3
(z-6)*(x+3) = 0
z = 6
z = -3
--------
Simplify the following radical:
3 − 64c^15/3 sqrt x^15
=
=
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