Dukue dropped the ball. Loksin confirms that Dukue dropped the ball with a mass of 1.20 [kg]. The ball hits the floor at 2.40 [m/s] and bounces back at 2.00 [m/s]. The time of contact between the ball and the floor is 0.1 [s]. Assuming an elastic collision and the upward direction being the positive direction, what is the average force that the floor exerts on the ball during the impact?
Dukue dropped the ball. Loksin confirms that Dukue dropped the ball with a mass of 1.20 [kg]. The ball hits the floor at 2.40 [m/s] and bounces back at 2.00 [m/s]. The time of contact between the ball and the floor is 0.1 [s]. Assuming an elastic collision and the upward direction being the positive direction, what is the average force that the floor exerts on the ball during the impact?
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![Dukue dropped the ball. Loksin confirms that Dukue dropped the ball with a mass of
1.20 [kg]. The ball hits the floor at 2.40 [m/s] and bounces back at 2.00 [m/s]. The time
of contact between the ball and the floor is 0.1 [s). Assuming an elastic collision and the
upward direction being the positive direction, what is the average force that the floor exerts
on the ball during the impact?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F278dfba8-a3e9-49d1-ad4c-f59a160a3145%2F2eeea632-242c-4bc1-8d16-c553529614f3%2Fbt9jj5v_processed.png&w=3840&q=75)
Transcribed Image Text:Dukue dropped the ball. Loksin confirms that Dukue dropped the ball with a mass of
1.20 [kg]. The ball hits the floor at 2.40 [m/s] and bounces back at 2.00 [m/s]. The time
of contact between the ball and the floor is 0.1 [s). Assuming an elastic collision and the
upward direction being the positive direction, what is the average force that the floor exerts
on the ball during the impact?
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