Exam 1: Algebraic Concepts
Exam 1: Algebraic Concepts308 Questions
Exam 2: Linear Equations and Functions243 Questions
Exam 3: Quadratic and Other Special Functions113 Questions
Exam 4: Matrices227 Questions
Exam 5: Inequalities and Linear Programming120 Questions
Exam 6: Exponential and Logarithmic Functions108 Questions
Exam 7: Mathematics of Finance131 Questions
Exam 8: Introduction to Probability178 Questions
Exam 9: Further Topics in Probability; Data Description114 Questions
Exam 10: Derivatives248 Questions
Exam 11: Applications of Derivatives172 Questions
Exam 12: Derivatives Continued139 Questions
Exam 13: Indefinite Integrals120 Questions
Exam 14: Definite Integrals: Techniques of Integration185 Questions
Exam 15: Functions of Two or More Variables119 Questions
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If $P is invested for n years at rate i (as a decimal), compounded annually, the future value that accrues is given by
, and the interest earned is
. Find I for the given P, n, and i. Round your answer to two decimal places.
$2,400 for 9 years at 8%


(Multiple Choice)
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Evaluate the following expression if it represents a real number.

(Multiple Choice)
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Suppose it has been determined that the sales at Ewing Gallery decline after the end of an advertising campaign, with daily sales given by
, where S is in dollars and x is the number of days after the campaign ends. What are the daily sales 8 days after the end of the campaign?

(Multiple Choice)
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In calculus, it is frequently important to write an expression in the form
, where c is a constant and n is a rational number. Write the expression in this form.


(Multiple Choice)
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If an investment has a goal (future value) of $S after n years, invested at interest rate i (as a decimal), compounded annually, then the present value P that must be invested is given by
. Find P for the given S, n, and i. Round your answer to two decimal places.
$18,000 after 10 years at 11.25%

(Multiple Choice)
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Replace the radical with a fractional exponent. Do not simplify.

(Multiple Choice)
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Use the properties of exponents to simplify the expression so that only positive exponents remain.

(Multiple Choice)
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Express the following expression as a single fraction with no common factors in the numerator and denominator.

(Multiple Choice)
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Evaluate the algebraic expression at the indicated values of the variables.
at
and



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