A catapult launches a pumpkin from the base of a hill. The hill follows an incline with the height in meters, y, in terms of horizontal distance in meters, x, given by the equation y30.9x The height of the pumpkin, as it is launched uphill, is given by the function y= -0.1r+4.9x What is the height, in meters, where the pumpkin lands on the hill? Use the graphing calculator.
A catapult launches a pumpkin from the base of a hill. The hill follows an incline with the height in meters, y, in terms of horizontal distance in meters, x, given by the equation y30.9x The height of the pumpkin, as it is launched uphill, is given by the function y= -0.1r+4.9x What is the height, in meters, where the pumpkin lands on the hill? Use the graphing calculator.
Chapter3: Polynomial Functions
Section: Chapter Questions
Problem 4T: The path of a ball is modeled by the function f(x)=120x2+3x+5, where fx is the height (in feet) of...
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