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Salt water with a density of 6 = 0.25 g/ cm flows over the curve r(t) = /5ti+ 2ij. Osts5, according to the vector field F=öv, vhere v= xyi + (x-y)j is a velocity field measured in centimeters per second. Find the flow of F over the curve r(t).

Salt water with a density of 6 = 0.25 g/ cm flows over the curve r(t) = /5ti+ 2ij. Osts5, according to the vector field F=öv, vhere v= xyi + (x-y)j is a velocity field measured in centimeters per second. Find the flow of F over the curve r(t).

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Salt water with a density of 6 = 0.25 g/ cm flows over the curve r(t) = /5ti+ 2tj, Osts5, according to the vector field F = öv, where v= xyi+ (x- y)j is a velocity field measured in centimeters per second. Find the flow of F over the curve r(t).
Transcribed Image Text:Salt water with a density of 6 = 0.25 g/ cm flows over the curve r(t) = /5ti+ 2tj, Osts5, according to the vector field F = öv, where v= xyi+ (x- y)j is a velocity field measured in centimeters per second. Find the flow of F over the curve r(t).
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