(Continuation of Exercise 59) If the sphere has radius R, the volume of water is V =...
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(Continuation of Exercise 59) If the sphere has radius R, the volume of water is V = π (Rh2 − 1/3 h3), where h is the water level. Assume the level rises at a constant rate of 1 (i.e., h = t).
(a) Find the inflection point of V. Does this agree with your conclusion in Exercise 59?
(b) Plot V for R = 1.
Data From Exercise 59
Water is pumped into a sphere of radius R at a variable rate in such a way that the water level rises at a constant rate (Figure 20). Let V(t) be the volume of water in the tank at time t. Sketch the graph V (approximately, but with the correct concavity). Where does the point of inflection occur?
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