Suppose the number of students enrolled at a 4 year college since 2000 is modeled by the equation E(x) = .12x+5, in millions of students  1) evaluate E(20) and explain its meaning

Q: Write the equation of the function g(x) if g(x)=f(x+2) +4 and f(x) = x^3-7

A:

Q: Assume that it costs a manufacturer approximately C(x) = 800,000 + 340x + 0.0005x2 dollars to…

A: In this question, optimization technique is used. Optimization Technique using maxima and minima The…

Q: Walmart Revenue The annual revenue of Walmart is given in the table below (source ). Walmart Annual…

A: Given: A table of data. To Do:Applying linear regression to the given data in the table we have to…

Q: Find exponential equation by using these two point (-2,6) and (3,1)

A: Consider y=aebx for some real numbers a and b. As (-2,6) satisfies the equation,…

Q: Given g(x)= 6x^2-x+9 a. g(0) b. g(-1) c g(r) d g(x+h)

A: To find the value of the given function at specified values.

Q: 5 Find the exponential equation whose graph passes through the points (-3, 27) and (3,135) y =

A:

Q: 3 Find the exponential equation whose graph passes through the points (-2, 16 y = -) and (3,192)

A: We have to find the exponential equation of graph.

Q: The mass of a sample radioactive isotope after t years is modeled by the function: M = 90 - 90(}) .…

A:

Q: no withdrawals or deposits are made

A: The amount is deposited to bank. No withdraw or deposit made for x years. The expected model for…

Q: A drug was administered and the function is:  N(t) = 200(0.85)^(x-1), which represents the amount…

A:

Q: given f(x)=20x/x^2-6, for which values is f(x) = -4

A: Dividing by 4 on both sides

Q: What are the linear and exponential functions whose graphs contain the points (0,4) and (3,108)?

A: Here we have to find the linear and exponential functions whose graphs contain the points (0,4) and…

Sequence and Series

A sequence is defined as a collection of things. Series is defined to sum the things one by one in the sequence.  It was invented by German mathematician Carl Friedrich Gauss.