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A swimmer is capable of swimming at 1.4m at still water.caculate how far downstream will it smim across 180m?
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a swimmer is capable of swimming at 1.4ms in still water how far downstream will he land if he sweams directy across a 180M wide
Top answer:
Well, if the swimmer swims at 1.4 m/s, it sounds like he's really making a splash! Now, let's
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A swimmer is capable of swimming at 1.4m/s in still water. Calculate the following.
i. How far downstream will he land if he
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give me hint for solving it
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A swimmer is capable of swimming at 1.4m/s in still water. Calculate the following.
i. How far downstream will he land if he
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To answer these questions, we need to consider the swimmer's velocity relative to the ground and the
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6. A swimmer is capable of swimming at 12 m/s in still water. If she swims directly
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1. V = 12 - 0.85i = 12.03m/s[-4.05o] = 12.03m/s[4.05o] S. of E. Tan 4.05 = d/180, d = 180*Tan4.05 =
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A swimmer is capable of swimming at 1.4ms-¹in still water. How far downstream will he land if he swims directly across a 180m
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crossing time = width / speed need the speed of the current to find downstream displacement
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A swimmer is capable of swimming 0.95 m/s in still water.
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To find out how far downstream the swimmer will land, we need to determine the time it takes for her
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A swimmer is capable of swimming 0.45 m/s in still water.
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How long does it take to swim 75m at.45m/s? Take that time, and find the distance he was swept
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A swimmer is capable of swimming 0.45 m/s in still water.
(a) If she aims her body directly across a 75 m-wide river whose
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If you show your work, I will be glad to help.
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A swimmer is capable of swimming 1.00 m/s in still water.
If she aims her body directly across a 150-m-wide river whose current
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To solve this problem, we can use the concept of relative velocity. Here are the steps to determine
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Hey thanks for the help: I have another question:
A swimmer is capable of swimming 0.30 m/s in still water. (a) If she aims her
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timetogetacross=75m/.30m/s Now use that time to figure how far downstream with the water velocity.
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