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The Path of a Rock Released from a Catapult Is

Question 62

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The path of a rock released from a catapult is modeled by The path of a rock released from a catapult is modeled by   . The coordinates x and y are measured in feet, with x = 0 corresponding to the position from which the ball was thrown. Find the highest point and range of the trajectory. Hint: The highest point is the y value of the vertex of the parabola, and the range is the positive x value where y = 0. A)  highest point: 12 ft range: 140 ft B)  highest point: 35 ft range: 140 ft C)  highest point: 12 ft range: 35 ft D)  highest point: 12 ft range:   ft E)  highest point: 35 ft range: 70 ft . The coordinates x and y are measured in feet, with x = 0 corresponding to the position from which the ball was thrown. Find the highest point and range of the trajectory. Hint: The highest point is the y value of the vertex of the parabola, and the range is the positive x value where y = 0.


A) highest point: 12 ft range: 140 ft
B) highest point: 35 ft range: 140 ft
C) highest point: 12 ft range: 35 ft
D) highest point: 12 ft range: The path of a rock released from a catapult is modeled by   . The coordinates x and y are measured in feet, with x = 0 corresponding to the position from which the ball was thrown. Find the highest point and range of the trajectory. Hint: The highest point is the y value of the vertex of the parabola, and the range is the positive x value where y = 0. A)  highest point: 12 ft range: 140 ft B)  highest point: 35 ft range: 140 ft C)  highest point: 12 ft range: 35 ft D)  highest point: 12 ft range:   ft E)  highest point: 35 ft range: 70 ft ft
E) highest point: 35 ft range: 70 ft

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