= 2 (-)² + 0.15. 2. In a vehicle test lab, the speed of a car, v in km/h, at a time of † hours is represented by v(t) = 40+ 5t². The rate of gasoline consumption of the car, c L/km, at a speed of v km/h is represented by c(v) = a. Determine algebraically c(v(t)), the rate of gasoline consumption as a function of time. Simplify your equation. b. Determine the domain of the function.
= 2 (-)² + 0.15. 2. In a vehicle test lab, the speed of a car, v in km/h, at a time of † hours is represented by v(t) = 40+ 5t². The rate of gasoline consumption of the car, c L/km, at a speed of v km/h is represented by c(v) = a. Determine algebraically c(v(t)), the rate of gasoline consumption as a function of time. Simplify your equation. b. Determine the domain of the function.
Chapter3: Functions
Section3.3: Rates Of Change And Behavior Of Graphs
Problem 1SE: Can the average rate of change of a function be constant?
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