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    Mathematics
  3. Study Set
    Elementary Algebra
  4. Exam
    Exam 6: Factoring
  5. Question
    Margaret Shoots an Arrow into the Air
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Margaret Shoots an Arrow into the Air

Question 67

Question 67

Multiple Choice

Margaret shoots an arrow into the air. The equation for the height (in feet) of the tip of the arrow follows. Margaret shoots an arrow into the air. The equation for the height (in feet) of the tip of the arrow follows.   Factor the right side of this equation. Then fill in the table for various heights of the arrow, using the factored form of the equation.     A)      B)      C)      D)      E)     Factor the right side of this equation. Then fill in the table for various heights of the arrow, using the factored form of the equation. Margaret shoots an arrow into the air. The equation for the height (in feet) of the tip of the arrow follows.   Factor the right side of this equation. Then fill in the table for various heights of the arrow, using the factored form of the equation.     A)      B)      C)      D)      E)     Margaret shoots an arrow into the air. The equation for the height (in feet) of the tip of the arrow follows.   Factor the right side of this equation. Then fill in the table for various heights of the arrow, using the factored form of the equation.     A)      B)      C)      D)      E)


A) Margaret shoots an arrow into the air. The equation for the height (in feet) of the tip of the arrow follows.   Factor the right side of this equation. Then fill in the table for various heights of the arrow, using the factored form of the equation.     A)      B)      C)      D)      E)     Margaret shoots an arrow into the air. The equation for the height (in feet) of the tip of the arrow follows.   Factor the right side of this equation. Then fill in the table for various heights of the arrow, using the factored form of the equation.     A)      B)      C)      D)      E)
B) Margaret shoots an arrow into the air. The equation for the height (in feet) of the tip of the arrow follows.   Factor the right side of this equation. Then fill in the table for various heights of the arrow, using the factored form of the equation.     A)      B)      C)      D)      E)     Margaret shoots an arrow into the air. The equation for the height (in feet) of the tip of the arrow follows.   Factor the right side of this equation. Then fill in the table for various heights of the arrow, using the factored form of the equation.     A)      B)      C)      D)      E)
C) Margaret shoots an arrow into the air. The equation for the height (in feet) of the tip of the arrow follows.   Factor the right side of this equation. Then fill in the table for various heights of the arrow, using the factored form of the equation.     A)      B)      C)      D)      E)     Margaret shoots an arrow into the air. The equation for the height (in feet) of the tip of the arrow follows.   Factor the right side of this equation. Then fill in the table for various heights of the arrow, using the factored form of the equation.     A)      B)      C)      D)      E)
D) Margaret shoots an arrow into the air. The equation for the height (in feet) of the tip of the arrow follows.   Factor the right side of this equation. Then fill in the table for various heights of the arrow, using the factored form of the equation.     A)      B)      C)      D)      E)     Margaret shoots an arrow into the air. The equation for the height (in feet) of the tip of the arrow follows.   Factor the right side of this equation. Then fill in the table for various heights of the arrow, using the factored form of the equation.     A)      B)      C)      D)      E)
E) Margaret shoots an arrow into the air. The equation for the height (in feet) of the tip of the arrow follows.   Factor the right side of this equation. Then fill in the table for various heights of the arrow, using the factored form of the equation.     A)      B)      C)      D)      E)     Margaret shoots an arrow into the air. The equation for the height (in feet) of the tip of the arrow follows.   Factor the right side of this equation. Then fill in the table for various heights of the arrow, using the factored form of the equation.     A)      B)      C)      D)      E)

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