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    Functions Modeling Change
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    Exam 14: Parametric Equations and Conic Sections
  5. Question
    Let Y = T Be One Part of a Parametric
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Let Y = T Be One Part of a Parametric

Question 40

Question 40

Multiple Choice

Let y = t be one part of a parametric equation. Which of the following formulas for x as a function of t on Let y = t be one part of a parametric equation. Which of the following formulas for x as a function of t on   completes the parameterization of the graph of a straight line from (0, 0)  to (1, 1) , and then continuing from (1, 1)  in a straight line to (0, 2) ? A)    B)    C)    D)   completes the parameterization of the graph of a straight line from (0, 0) to (1, 1) , and then continuing from (1, 1) in a straight line to (0, 2) ?


A) Let y = t be one part of a parametric equation. Which of the following formulas for x as a function of t on   completes the parameterization of the graph of a straight line from (0, 0)  to (1, 1) , and then continuing from (1, 1)  in a straight line to (0, 2) ? A)    B)    C)    D)
B) Let y = t be one part of a parametric equation. Which of the following formulas for x as a function of t on   completes the parameterization of the graph of a straight line from (0, 0)  to (1, 1) , and then continuing from (1, 1)  in a straight line to (0, 2) ? A)    B)    C)    D)
C) Let y = t be one part of a parametric equation. Which of the following formulas for x as a function of t on   completes the parameterization of the graph of a straight line from (0, 0)  to (1, 1) , and then continuing from (1, 1)  in a straight line to (0, 2) ? A)    B)    C)    D)
D) Let y = t be one part of a parametric equation. Which of the following formulas for x as a function of t on   completes the parameterization of the graph of a straight line from (0, 0)  to (1, 1) , and then continuing from (1, 1)  in a straight line to (0, 2) ? A)    B)    C)    D)

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