1.Graph the given function by making a table of coordinates.

f(x)=3x

Complete the table of coordinates. these are the x coordinates I need the Y

x -2,-1,0,1,2

I need y for each coordiant

2.Graph the following function by making a table of coordinates. Ifapplicable, use a graphing utility to confirm yourhand-drawn graph. g(x)=(9/5)^x

3.Graph the given function by making a table of coordinates. f(x)=(3/4)^x

Complete the table of coordinates. I need y coordinates for each x

x

2

1

0

1

2

^4.Begin by graphing f(x)=3^x. Then use transformations of this graph to graph the given function. Be sure to graph and give the equation of the asymptote. Use the graph to determine thefunction's domain and range. Ifapplicable, use a graphing utility to confirm yourhand-drawn graphs.

g(x)=3^x2

Determine the transformations that are needed to go from f(x)=3^x to the given function. Select all that apply.

A.

reflect about they-axis

B.

shrink horizontally

C.

shift 2 units upward

D.

shrink vertically

E.

shift 2 units to the right

F.

shift 2 units to the left

G.

stretch horizontally

H.

reflect about thex-axis

I.

stretch vertically

J.

shift 2 units downward

5.Begin by graphing f(x)=2^x. Then use transformations of this graph to graph the given function. Be sure to graph and give the equation of the asymptote. Use the graph to determine thefunction's domain and range. Ifapplicable, use a graphing utility to confirm yourhand-drawn graphs.

g(x)=2^x6

Graph g(x)=2^x6 and its asymptote. Use the graphing tool to graph the function as a solid curve and the asymptote as a dashed line.

6.

Begin by graphing f(x)=2^x. Then use transformations of this graph to graph the given function. Be sure to graph and give the equation of the asymptote. Use the graph to determine thefunction's domain and range. Ifapplicable, use a graphing utility to confirm yourhand-drawn graphs.

g(x)=2^x1

Determine the transformations that are needed to go from f(x)=2^x to the given function. Select all that apply.

A.

shrink horizontally

B.

shift 1 unit to the right

C.

reflect about thex-axis

D.

reflect about they-axis

E.

stretch vertically

F.

shift 1 unit to the left

G.

shrink vertically

H.

shift 1 unit upward

I.

stretch horizontally

J.

shift 1 unit

7.Begin by graphing f(x)=3^x. Then use transformations of this graph to graph the given function. Be sure to graph and give the equation of the asymptote. Use the graph to determine thefunction's domain and range. Ifapplicable, use a graphing utility to confirm yourhand-drawn graphs.

g(x)=3^x+2

Graph g(x)=3^x+2 and its asymptote. Use the graphing tool to graph the function as a solid curve and the asymptote as a dashed line.

8.Begin by graphing f(x)=2^x. Then use transformations of this graph to graph the given function. Be sure to graph and give the equation of the asymptote. Use the graph to determine thefunction's domain and range. Ifapplicable, use a graphing utility to confirm yourhand-drawn graphs.

h(x)=2^x1+1

Determine the transformations that are needed to go from f(x)=2^x to the given function. Select all that apply.

A.

shrink horizontally

B.

shiftf(x) 1 unit to the right

C.

shrink vertically

D.

stretch vertically

E.

reflect about they-axis

F.

shiftf(x) 1 unit upward

G.

shiftf(x) 1 unit downward

H.

reflect about thex-axis

I.

shiftf(x) 1 unit to the left

J.

stretch horizontally

9.Begin by graphing f(x)=2^x. Then use transformations of this graph to graph the given function. Be sure to graph and give the equation of the asymptote. Use the graph to determine thefunction's domain and range. Ifapplicable, use a graphing utility to confirm yourhand-drawn graphs.

h(x)=2^x+22

Graph h(x)=2^x+22 and its asymptote. Graph the asymptote as a dashed line. Use the graphing tool to graph the function.

10.Use transformations of the graph of f(x)=3^x to graph the given function. Be sure to graph and give the equation of the asymptote. Use the graphs to determine thefunction's domain and range.

g(x)=3^x

Determine thetransformation(s) thatis/are needed to go from f(x)=3^x to the given function. Select all that apply.

A.

reflect about they-axis

B.

shrink vertically

C.

stretch vertically

D.

shift 3 units to the left

E.

reflect about thex-axis

F.

shift 3 units downward

G.

shift 3 units upward

H.

shift 3 units to the right

I.

shrink horizontally

J.

stretch horizontally

11.

Use transformations of the graph of f(x)=2^x to graph the given function. Be sure to graph and give the equation of the asymptote. Use the graphs to determine thefunction's domain and range.

g(x)=2^x

Graph the function g(x)=2^x and its asymptote. Graph the asymptote as a dashed line. Use the graphing tool to graph the function.

12.Use the compound interest formulas A=P(1+r/n)^nt and A=Pe^rt to solve the problem given. Round answers to the nearest cent.

Find the accumulated value of an investment of $25,000 for 6 years at an interest rate of 4% if the money is a. compoundedsemiannually; b. compoundedquarterly; c. compoundedmonthly; d. compounded continuously.

a. What is the accumulated value if the money is compoundedsemiannually?

$

(Round your answer to the nearest cent. Do not include the$ symbol in youranswer.)

13.Suppose you have $14,000 to invest. Which of the two rates would yield the larger amount in 3years: 10% compounded quarterly or 9.88% compoundedcontinuously?

Which of the two rates would yield the larger amount in 3years?

A. 10% compound qaurlaty

B 9.88 compound constistantly