4. Suppose f(x) = -3x+ log2x and g(x) = 2*. Find the AROC (average rate of change) of the composite function y = f[g(x)] from x = 1 to x = 3. %3D %3!

Q: #8 Find the average rate of change of n(x) = √√x-1 from x = 5 to x = 10. SHOW ALL WORK!

A:

Q: Which of the following could represent an exponential decay function? Select all that apply. j(x) =…

A: An exponential decay function is of the form y=a.bx where a and b are constants and b<1

Q: The function f(t) = 85000(.92)' represents the value of your truck after t years. a) Does the…

A: We have to use properties of exponential decay function to solve the question

Q: The average cost of a year at a private four-year college grew exponentially from $21,855 in 2000 to…

A: "t" years later the cost function become C(t)=abt . Therefor,  abt=21,855 . After 10 years , in…

Q: Let f (æ) = log2 (x). Find f' (2), round to three decimal places.

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Q: Find w, where w3 = 1 + i. i? = -1.

A:

Q: 8. Create the equation of any function where the instantaneous rate of change when x = 1 does not…

A: Create the equation of any function where the instantaneous rate of change when x = 1 does not…

Q: Estimate the instantaneous rate of change of f(x) = 2 x + 5 Your answer should be accurate to at…

A: Note that : Since you have posted multiple questions, we will provide the solution only to the first…

Q: 4. The population of Florida (in millions) in recent years can be approximated by p(x)%3=…

A:

Q: You can use exponential functions with negative exponents to model radioactive decay. An example is…

A: Here, we have r(t)=e-t. For interval 0, 1, average rate of change…

Q: General Electric models the time X in years that a new microwave will last using the following PDF…

A: Given that X is the time in years that a new microwave will last. And its pdf is:f(x)=…

Q: Question 28 to determine the instantaneous rate of change of 3, to the nearest tenth.…

A: Explanation of the answer is as follows