Pre-Calculus II Practice Exam 1
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First Name _____________________________________
(1) Turn off all cell phones, beepers & chiming watches & put them out of sight.
(2) Fill out the answer sheet on this page for the first 13 problems.
(3) Fill in your work to the show-work portion in the space provided.
(4) TURN IN ALL SCRATCH PAPER. Scratch paper will not be graded.
(1. 4 points). If two zeros of
are
then find the other zero.
(a) 3 (b)
(c)
(d) there are only two zeros (e) 0
(2. 4 points). Which of the following is true: If
is a continuous function on the
(a) closed interval
and
is some number strictly between
and
then there exists some number
on the open interval
such that
(b) open interval
and
is some number strictly between
and
then there exists some number
on the open interval
such that
(c) open interval
and
is some number strictly between
and
then there exists some number
on the closed interval
such that
(d) closed interval
and
is some number strictly between
and
then there exists some number
on the closed interval
such that
(3. 4 points). Choose which function could represent the graph:
![precalculus two practice exam 1 _gr_35.gif]](pages/precalculus-two-practice-exam-1/Images/precalculus-two-practice-exam-1_gr_35.gif)
(a)
![]()
(b)
![]()
(c)
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(d)
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(e)
(4. 4 points). Given
with
the solution to
is
(a)
(b)
(c)
(d)
(e)
(5. 4 points). From a rectangular piece of cardboard having dimensions 25 inches by 35 inches, an open box is to be made by cutting out identical squares of area
from each corner and turning up the sides. Which of the following is the graph of the volume function?
(a)
(b)
![precalculus two practice exam 1 _gr_51.gif]](pages/precalculus-two-practice-exam-1/Images/precalculus-two-practice-exam-1_gr_51.gif)
(c)
(d)
![precalculus two practice exam 1 _gr_53.gif]](pages/precalculus-two-practice-exam-1/Images/precalculus-two-practice-exam-1_gr_53.gif)
(e)
(6. 4 points). Given
which of the following are NOT true:
I. The Remainder Theorem implies
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II. The Factor Theorem implies
III. The Factor Theorem implies
is a factor of
IV. The Factor Theorem implies
is a factor of
V. The Remainder Theorem implies
is a factor of
![]()
VI. The Remainder Theorem implies
is a factor of
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(a) I only
(b) I, II, and III
(c) IV and VI
(d) V only
(e) all of them
(7. 4 points). Given
and
then the quotient of
is which of the following:
(a)
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(b)
![]()
(c)
![]()
(d)
![]()
(e)
(8. 4 points). Which of the following is a polynomial of LOWEST degree with INTEGER coefficients and with zeros of
and
?
(a)
(b)
(c)
(d)
(e)
![]()
(9. 4 points). Which of the following is a polynomial of LOWEST degree with RATIONAL coefficients and with zeros of
and
?
(a)
![]()
(b)
![]()
(c)
![]()
(d)
![]()
(e)
![]()
(10. 4 points). Which of the following is a polynomial of LOWEST degree with REAL coefficients and with zeros of
and
?
(a)
![]()
(b)
![]()
(c)
![]()
(d)
![]()
(e)
![]()
(11. 4points). According to the Rational Roots Theorem which of the following is the list of possible rational roots of the polynomial
![]()
(a)
![]()
(b)
(c)
(d)
![]()
(e) there are no rational roots
(12. 4points). Determine the vertical asymptotes for the function
![]()
(a)
and
![]()
(b)
and
![]()
(c)
![]()
(d)
and
![]()
(e) there are no vertical asymptotes
(13. 4 points). Given that
is an acute angle and
what is
in terms of
only?
(a)
![]()
(b)
![]()
(c)
![]()
(d)
![]()
(e)
(14. 14 points). Show all vertical and horizontal asymptotes, holes, intercepts, and plot as many points as necessary to determine a sketch of the graph of the function
(15. 12 points). Factor into linear factors and sketch the graph of the function
![]()
(16. 10 points). Factor into linear factors and solve
given
![]()
(17. 12 points). Let
.
(a) Convert
to radians
(b) Convert
to decimal degrees
(c) Find an angle that is complementary to
(in degrees, minutes, seconds).
(d) Find an angle that is supplementary to
(in degrees, minutes, seconds).
(e) Find an angle that is coterminal to
and less than
Precalculus Two Practice Exam 1
Published by Library of Math -- Online math organized by subject into topics.
Written by Smith, David A.
http://www.libraryofmath.com/precalculus-two-practice-exam-1.html


