The flow that passes through an artery per unit time is given by the following equation V = 3r4, where r is the radius of the artery. If we assume an initial radius of 0.17 centimeters for the artery and considering that there is an increase in the radius of 0.05 centimeters. Use differentials to estimate the approximate change in flux V.
The flow that passes through an artery per unit time is given by the following equation V = 3r4, where r is the radius of the artery. If we assume an initial radius of 0.17 centimeters for the artery and considering that there is an increase in the radius of 0.05 centimeters. Use differentials to estimate the approximate change in flux V.
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The flow that passes through an artery per unit time is given by the following equation V = 3r4, where r is the radius of the artery. If we assume an initial radius of 0.17 centimeters for the artery and considering that there is an increase in the radius of 0.05 centimeters. Use differentials to estimate the approximate change in flux V.
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