modeled by the equation S = 356Vd where Sis
Mathematics, 30.01.2021 04:00 jlankford148
6.
The speed traveled by a tidal wave can be
modeled by the equation S = 356Vd where Sis
the speed in kilometers per hour, and d is the
average depth of the water in kilometers.
a) Solve the equation for d.
b) A tidal wave is traveling at 115 kilometers per
hour. What is the average depth of the water, to
the nearest thousandths of a kilometer.
Answers: 1
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6.
The speed traveled by a tidal wave can be
modeled by the equation S = 356Vd where Sis
modeled by the equation S = 356Vd where Sis
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