Question: State the starting value a, the growth factor b, and the percentage growth rate r for the given exponential function. 4 Q = 5000(1+ %)'

State the starting value a, the growth factor b,State the starting value a, the growth factor b,State the starting value a, the growth factor b,State the starting value a, the growth factor b,State the starting value a, the growth factor b,State the starting value a, the growth factor b,
State the starting value a, the growth factor b, and the percentage growth rate r for the given exponential function. 4 Q = 5000(1+ %)' Round your answer for b to four decimal places and your answer for r to two decimal places. a: "5000 a n a % A commercial property initially worth $900,000 decreases in value by 8.7% per year. Complete the table below, which shows the value, V, of the property (in $10005) over time. Round your answers to one decimal place. V, 53 10005 900 Write the given function in the form Q = ab'. Give the values of the constants a and b. Q = 8 - 3t - 4' 5: || b=l I Write the given function in the form Q = ab'. Give the values of the constants a and I). Q = 9(3 - 4")2 The quantity, Q, of caffeine in the body t hours after drinking a cup of coffee containing 200 mg is Q = 200(083)'. (a) Complete the following table. Round your answers to one decimal place. I Q 3.5 3.6 3.7 3.8 3.9 E\" u. E\" o 3.8 3.9 (b) What does your answer to part (a) tell you about the half-life of caffeine? Round your answers to one decimal place. The half-life of caffeine is between v hours

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