The average depth of water in a place near the coast of the Pacific ocean is 5.0 The largest tidal range in that place is 2.0m C
1 answer:
A sinusoidal function is a function based on the sine function.
The maximum depth of the water at the place, is <u>6.0 meters</u>.
Reason:
The known parameters are;
The average depth of water at a place, = 5.0
The largest tidal range in the place, R = 2.0 m.
Required;
To calculate the maximum depth of water at the given place.
Solution:
The tidal range is the consecutive difference between highs and lows of
the tides, which is a sinusoidal motion.
Therefore, the tidal range is twice the amplitude of the tide level.
The amplitude of the tide, <em>a</em> = m = 1 m
The maximum depth of water at the place, = a +
∴ = 1.0 + 5.0 = 6.0
The maximum depth, = <u>6.0 meters</u>
Learn more about sinusoidal functions here:
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If I double the current in the inductor, the new total energy will become 4E (option f).
Explanation:
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