Pre-Calculus II Practice Exam 1

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(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.



precalculus two practice exam 1 _gr_1.gif]  

(1. 4 points). If two zeros of precalculus two practice exam 1 _gr_2.gif] are precalculus two practice exam 1 _gr_3.gif] then find the other zero.

    (a) 3             (b) precalculus two practice exam 1 _gr_4.gif]            (c) precalculus two practice exam 1 _gr_5.gif]            (d) there are only two zeros          (e) 0
    

(2. 4 points). Which of the following is true: If precalculus two practice exam 1 _gr_6.gif] is a continuous function on the

    (a) closed interval precalculus two practice exam 1 _gr_7.gif] and precalculus two practice exam 1 _gr_8.gif] is some number strictly between precalculus two practice exam 1 _gr_9.gif] and precalculus two practice exam 1 _gr_10.gif] then there exists some number precalculus two practice exam 1 _gr_11.gif] on the open interval precalculus two practice exam 1 _gr_12.gif] such that precalculus two practice exam 1 _gr_13.gif]  
    
    (b) open interval precalculus two practice exam 1 _gr_14.gif] and precalculus two practice exam 1 _gr_15.gif] is some number strictly between precalculus two practice exam 1 _gr_16.gif] and precalculus two practice exam 1 _gr_17.gif] then there exists some number precalculus two practice exam 1 _gr_18.gif] on the open interval precalculus two practice exam 1 _gr_19.gif] such that precalculus two practice exam 1 _gr_20.gif]  

    (c) open interval precalculus two practice exam 1 _gr_21.gif] and precalculus two practice exam 1 _gr_22.gif] is some number strictly between precalculus two practice exam 1 _gr_23.gif] and precalculus two practice exam 1 _gr_24.gif] then there exists some number precalculus two practice exam 1 _gr_25.gif] on the closed interval precalculus two practice exam 1 _gr_26.gif] such that precalculus two practice exam 1 _gr_27.gif]  
    
    (d) closed interval precalculus two practice exam 1 _gr_28.gif] and precalculus two practice exam 1 _gr_29.gif] is some number strictly between precalculus two practice exam 1 _gr_30.gif] and precalculus two practice exam 1 _gr_31.gif] then there exists some number precalculus two practice exam 1 _gr_32.gif] on the closed interval precalculus two practice exam 1 _gr_33.gif] such that precalculus two practice exam 1 _gr_34.gif]  
    

(3. 4 points). Choose which function could represent the graph:

precalculus two practice exam 1 _gr_35.gif]

    (a) precalculus two practice exam 1 _gr_36.gif]
    
    (b) precalculus two practice exam 1 _gr_37.gif]
    
    (c) precalculus two practice exam 1 _gr_38.gif]

    (d) precalculus two practice exam 1 _gr_39.gif]

    (e) precalculus two practice exam 1 _gr_40.gif]

(4. 4 points). Given precalculus two practice exam 1 _gr_41.gif] with precalculus two practice exam 1 _gr_42.gif] the solution to precalculus two practice exam 1 _gr_43.gif] is  

    (a) precalculus two practice exam 1 _gr_44.gif]      
    
    (b) precalculus two practice exam 1 _gr_45.gif]     
    
    (c) precalculus two practice exam 1 _gr_46.gif]     
    
    (d) precalculus two practice exam 1 _gr_47.gif]     
    
    (e) precalculus two practice exam 1 _gr_48.gif]
    

(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 precalculus two practice exam 1 _gr_49.gif] from each corner and turning up the sides. Which of the following is the graph of the volume function?

(a) precalculus two practice exam 1 _gr_50.gif]   (b) precalculus two practice exam 1 _gr_51.gif]


(c) precalculus two practice exam 1 _gr_52.gif] (d) precalculus two practice exam 1 _gr_53.gif]


(e) precalculus two practice exam 1 _gr_54.gif]    

(6. 4 points). Given   precalculus two practice exam 1 _gr_55.gif] which of the following are NOT true:  

        I. The Remainder Theorem implies precalculus two practice exam 1 _gr_56.gif]
        
        II. The Factor Theorem implies precalculus two practice exam 1 _gr_57.gif]
        
        III. The Factor Theorem implies precalculus two practice exam 1 _gr_58.gif] is a factor of precalculus two practice exam 1 _gr_59.gif]
        
        IV. The Factor Theorem implies precalculus two practice exam 1 _gr_60.gif] is a factor of precalculus two practice exam 1 _gr_61.gif]

        V. The Remainder Theorem implies precalculus two practice exam 1 _gr_62.gif] is a factor of precalculus two practice exam 1 _gr_63.gif]

        VI. The Remainder Theorem implies precalculus two practice exam 1 _gr_64.gif] is a factor of precalculus two practice exam 1 _gr_65.gif]
        
    (a) I only
    
    (b) I, II, and III

    (c) IV and VI    

    (d) V only
    
    (e) all of them

(7. 4 points). Given precalculus two practice exam 1 _gr_66.gif] and precalculus two practice exam 1 _gr_67.gif] then the quotient of precalculus two practice exam 1 _gr_68.gif] is which of the following:

    (a) precalculus two practice exam 1 _gr_69.gif]
    
    (b) precalculus two practice exam 1 _gr_70.gif]
    
    (c) precalculus two practice exam 1 _gr_71.gif]
    
    (d) precalculus two practice exam 1 _gr_72.gif]
    
    (e) precalculus two practice exam 1 _gr_73.gif]
    

(8. 4 points). Which of the following is a polynomial of LOWEST degree with INTEGER coefficients and with zeros of precalculus two practice exam 1 _gr_74.gif] and precalculus two practice exam 1 _gr_75.gif]?

    (a) precalculus two practice exam 1 _gr_76.gif]    (b) precalculus two practice exam 1 _gr_77.gif]     (c) precalculus two practice exam 1 _gr_78.gif]     (d) precalculus two practice exam 1 _gr_79.gif]     (e) precalculus two practice exam 1 _gr_80.gif]
    

(9. 4 points). Which of the following is a polynomial of LOWEST degree with RATIONAL coefficients and with zeros of precalculus two practice exam 1 _gr_81.gif]and precalculus two practice exam 1 _gr_82.gif]?

    (a) precalculus two practice exam 1 _gr_83.gif]
    
    (b) precalculus two practice exam 1 _gr_84.gif]
    
    (c) precalculus two practice exam 1 _gr_85.gif]
    
    (d) precalculus two practice exam 1 _gr_86.gif]
    
    (e) precalculus two practice exam 1 _gr_87.gif]
    

(10. 4 points). Which of the following is a polynomial of LOWEST degree with REAL coefficients and with zeros of precalculus two practice exam 1 _gr_88.gif]and precalculus two practice exam 1 _gr_89.gif]?
    
    (a) precalculus two practice exam 1 _gr_90.gif]
    
    (b) precalculus two practice exam 1 _gr_91.gif]

    (c) precalculus two practice exam 1 _gr_92.gif]
    
    (d) precalculus two practice exam 1 _gr_93.gif]
    
    (e) precalculus two practice exam 1 _gr_94.gif]
    

(11. 4points). According to the Rational Roots Theorem which of the following is the list of possible rational roots of the polynomial precalculus two practice exam 1 _gr_95.gif]

    (a)   precalculus two practice exam 1 _gr_96.gif]

    (b) precalculus two practice exam 1 _gr_97.gif]

    (c) precalculus two practice exam 1 _gr_98.gif]

    (d) precalculus two practice exam 1 _gr_99.gif]

    (e) there are no rational roots

(12. 4points). Determine the vertical asymptotes for the function precalculus two practice exam 1 _gr_100.gif]

    (a) precalculus two practice exam 1 _gr_101.gif] precalculus two practice exam 1 _gr_102.gif] and precalculus two practice exam 1 _gr_103.gif]
    
    (b) precalculus two practice exam 1 _gr_104.gif] and precalculus two practice exam 1 _gr_105.gif]
    
    (c) precalculus two practice exam 1 _gr_106.gif]
    
    (d) precalculus two practice exam 1 _gr_107.gif] and precalculus two practice exam 1 _gr_108.gif]
    
    (e) there are no vertical asymptotes

(13. 4 points). Given that precalculus two practice exam 1 _gr_109.gif] is an acute angle and precalculus two practice exam 1 _gr_110.gif] what is precalculus two practice exam 1 _gr_111.gif] in terms of precalculus two practice exam 1 _gr_112.gif] only?

    (a) precalculus two practice exam 1 _gr_113.gif]
    
    (b) precalculus two practice exam 1 _gr_114.gif]
    
    (c) precalculus two practice exam 1 _gr_115.gif]
    
    (d) precalculus two practice exam 1 _gr_116.gif]
    
    (e) precalculus two practice exam 1 _gr_117.gif]

(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 precalculus two practice exam 1 _gr_118.gif]

(15. 12 points). Factor into linear factors and sketch the graph of the function

precalculus two practice exam 1 _gr_119.gif]

(16. 10 points). Factor into linear factors and solve precalculus two practice exam 1 _gr_120.gif] given

precalculus two practice exam 1 _gr_121.gif]

(17. 12 points). Let   precalculus two practice exam 1 _gr_122.gif].

    (a) Convert precalculus two practice exam 1 _gr_123.gif] to radians
    
    
    
    
    
    
    
    (b) Convert precalculus two practice exam 1 _gr_124.gif] to decimal degrees
    
    
    
    
    
    
    
    (c) Find an angle that is complementary to precalculus two practice exam 1 _gr_125.gif] (in degrees, minutes, seconds).
    
    
    
    
    
    
    
    (d) Find an angle that is supplementary to precalculus two practice exam 1 _gr_126.gif] (in degrees, minutes, seconds).
    
    
    
    
    
    
    
    (e) Find an angle that is coterminal to precalculus two practice exam 1 _gr_127.gif] and less than precalculus two practice exam 1 _gr_128.gif]

Cite this as:
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
 
    
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