Part 3
| Test 2
| Time: 3 hours
|
- Determine on what interval(s) the function
is decreasing.
- a)
-
.
- b)
-
.
- c)
- Increasing Everywhere.
- d)
-
.
- e)
- None of the above.
- Identify any asymptotes of the graph of
.
- a)
- y=2.
- b)
-
.
- c)
- x=-9.
- d)
- There are no asymptotes.
- e)
- None of the above.
- If you deposit $5,000 in a trust fund that pays 9.5% interest,
compounded continuously, which of the following values is closest to
the amount that will be in the trust after 50 years. Rounded to the
nearest $1.00.
- a)
- $116.
- b)
- $577,921.
- c)
- $744,130.
- d)
- $14,946.
- e)
- None of the above.
- The population model for a certain town is given by the equation
where t is the time in years, with t=0
corresponding to 1990. What will the population be in 2000?
- a)
-
.
- b)
- 3,351.
- c)
- 1,865.
- d)
- 6,872.
- e)
- None of the above.
- Find the domain of the function
.
- a)
-
.
- b)
-
.
- c)
-
.
- d)
-
.
- e)
- None of the above.
- Find the inverse function of the function
.
- a)
-
.
- b)
-
.
- c)
-
.
- d)
-
.
- e)
- None of the above.
- Use the properties of logarithms to simplify the expression
, and write as a sum difference,
and/or constant multiple of logarithms.
- a)
-
.
- b)
-
.
- c)
-
.
- d)
-
.
- e)
- None of the above.
- Evaluate
.
- a)
- 2.481262.
- b)
- 4.754921.
- c)
- 1.772095.
- d)
- 2.09691.
- e)
- None of the above.
- Solve
.
- a)
-
.
- b)
-
.
- c)
-
.
- d)
-
.
- e)
- None of the above.
- Solve
.
- a)
-
.
- b)
- 0.980829.
- c)
- 0.693147, 0.980829.
- d)
-
.
- e)
- None of the above.
- Solve
.
- a)
-
.
- b)
- 4.
- c)
-
.
- d)
-
.
- e)
- None of the above.
- Solve
.
- a)
-
.
- b)
- 5.
- c)
- 1,6.
- d)
-
.
- e)
- None of the above.
- The demand equation for a certain product is given by
Find the demands x
for price
.
- a)
- 1426.
- b)
- 1079.
- c)
- 1860.
- d)
- 1513.
- e)
- None of the above.
- How many years will it take your money to double if you deposit
it into a fund paying 10% compounded monthly?
- a)
- 7.27.
- b)
- 10.
- c)
- 241.
- d)
- 6.96.
- e)
- None of the above.
- How many years will it take your money to double if you deposit
it into an account paying 10% simple interest?
- a)
- 7.27.
- b)
- 10.
- c)
- 6.96.
- d)
- 241.
- e)
- None of the above.
- If the half-life of a substance is 500 years, how many years
will it take for 60% of the substance to disappear?
- a)
- 600.
- b)
- 300.
- c)
- 661.
- d)
- 369.
- e)
- None of the above.
- If bacteria is growing at the rate of 10 cells per second, how
long will it take for the culture to reach 1 million cells?
- a)
- 10 seconds.
- b)
- 8 seconds.
- c)
- 5.4216 seconds.
- d)
- 6 seconds.
- e)
- None of the above.
- Divide Which of the following is a power model?
- a)
-
.
- b)
-
.
- c)
-
.
- d)
-
.
- e)
- None of the above.
- Find the value of b in the exponential function
that passes through the points (0,2) and (4,3).
- a)
- 2.
- b)
- -0.101366.
- c)
- 0.101366.
- d)
- 0.292481.
- e)
- None of the above.
- Find the range of the function
.
- a)
-
.
- b)
-
.
- c)
-
.
- d)
-
.
- e)
- None of the above.
- Find the inverse of the function
.
- a)
-
.
- b)
-
.
- c)
-
.
- d)
-
.
- e)
- None of the above.
- Solve the following system of equations for x:
- a)
- -14.
- b)
- 14.
- c)
- 10.
- d)
- -10.
- e)
- None of the above.
- Solve the following system of equations for y:
- a)
- 3.
- b)
- -2.
- c)
- 4.
- d)
- 1.
- e)
- None of the above.
- Find the value of b in the equation of the parabola
that passes through the points (0,6),
, and
.
- a)
- 1.
- b)
- 6.
- c)
-
.
- d)
-
.
- e)
- None of the above.
- A small corporation borrowed $800,000 to expand its product
line. Some of the money was borrowed at 8%, some at 9%, and some at
10%. How much was borrowed at 9% if the annual interest was
$67,000 and the amount borrowed at 8% was five times the amount
borrowed at 10%.
- a)
- $125,000.
- b)
- $50,000.
- c)
- $625,000.
- d)
- $5,000.
- e)
- None of the above.
If you would like to check your answers, click on Answer.
If you would like to practice on test out exams for Parts 1, 2 or 4, click on
Menu. It will take you back to the original menu.
Fri Oct 17 10:08:36 MDT 1997
Copyright © 1999-2004 MathMedics, LLC. All rights reserved.
Math Medics, LLC. - P.O. Box 12395 - El Paso TX 79913 - USA