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Hali Is Tossing a Quarter into the Air with an Underhand

Question 61

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Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)   h 0 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)   0 0.1 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)   1.08 0.2 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)   1.92 0.3 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)   2.52 0.4 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)   2.88 0.5 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)   3 0.6 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)   2.88 0.7 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)   2.52 0.8 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)   1.92 0.9 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)   1.08 1 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)   0


A) Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)
B) Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)
C) Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)
D) Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC)  FUNCTION RULE DISTANCE (FT)  t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 A)    B)    C)    D)

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