The graph of y = f(x) is graphed below. Use it to answer the following questions:
Solve the equation f(x) = -1.
Find f(-1).
Graph y = 0.5(f(x-1)) + 3.
What are the domain and range of f?
When is f increasing?
When is f concave down?
If g(x) = -x2 + 4, find f(g(2)), g(f(3)), and (g+f)(2).
For the table given below:
x
1
____
3
y
4
____
8
Complete the table so that the data would be linear.
Complete the table so that the data would be exponential.
Complete the table so that the data would be trigonometric.
Complete the table so that the data would be logarithmic.
For each of the following graphs, label the type of function it is, and find
a possible equation for
it:
Solve the equation
x3 - 109x2 -890x + 1000 = 2x
and explain why you think you have all the solutions.
You have $500 invested in a bank account earning 8.2% compounded annually.
Write an equation for the money M in your account after t years.
How long will it take to triple your money? Do this algebraically and
graphically.
Suppose the interest were compounded monthly instead, that is, you earned
8.2/12 % interest each month. What interest would you then earn for 1 year?
Water is poured into the vase below at a constant rate, and the vase is filled
up in exactly 10 seconds.
Sketch a graph of the height of the water versus the time.
At what time is the height increasing the most quickly?
At what time is the height increasing the most slowly?
Is there a time at which the height is accelerating the most quickly? If
so, when, and how do you know?
Find the equation of the parabola below; use that then to find the missing
coordinates of the given intersection points, and then finally the equation
of the line.