Question #17: A carnival game asks participants to strike a spring with a hammer. The spring shoots a puck upward toward a bell. If the puck strikes the bell, the participant wins a prize. Suppose that a participant strikes the spring and shoots the puck according to the model d(t) = 16t - 32t + 18, where d is the distance in feet between the puck and the bell and t is the time in seconds since the puck was struck. 18 ft Is it possible for the participant to win a prize? Explain your answer. 1. The participant (can/can't) win the prize. 2. I answered this way because

Question #17: A carnival game asks participants to strike a spring with a hammer. The spring shoots a puck upward toward a bell. If the puck strikes the bell, the participant wins a prize. Suppose that a participant strikes the spring and shoots the puck according to the model d(t) = 16t - 32t + 18, where d is the distance in feet between the puck and the bell and t is the time in seconds since the puck was struck. 18 ft Is it possible for the participant to win a prize? Explain your answer. 1. The participant (can/can't) win the prize. 2. I answered this way because

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter2: Equations And Inequalities

Section2.7: More On Inequalities

Problem 44E

See similar textbooks