Frank has hig blood pressure, and its usually measured to bearound 150/90mm. Nor

Question

Frank has hig blood pressure, and its usually measured to bearound 150/90mm. Normal blood pressure is usually considered to bearound 120/80mm. Assume both Frank and a "normal person" havea "normal" heart rate. A. FInd an equation, F(t) to represent Franks bloodpressure B. Find an eqn', F(t) to represent normal blood pressure C. When are the two blood pressures the same? D. What are the first two times Franks blood pressure hits120mm? It also needs to be graphed but I can find that one i get theequations... Frank has hig blood pressure, and its usually measured to bearound 150/90mm. Normal blood pressure is usually considered to bearound 120/80mm. Assume both Frank and a "normal person" havea "normal" heart rate. A. FInd an equation, F(t) to represent Franks bloodpressure B. Find an eqn', F(t) to represent normal blood pressure C. When are the two blood pressures the same? D. What are the first two times Franks blood pressure hits120mm? It also needs to be graphed but I can find that one i get theequations...

Explanation / Answer

So if the wave were bouncing between, say, 50and -50, what's the point it's oscillating around/in themiddle/equilibrium point/whatever you wanna call it? 0. So what'sthe vertical shift? 0

You don't have a single negative number in this problem, it's gonnabe pretty tough for 0 to be in the middle of that wave when itshould never go below 0. Or even get close

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