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the question correctly. Please answer all parts of the question. When playing a game of squash, you hit the 25 g ball up toward the wall at a 40 degrees angle at 10 m/s and it bounces off at 10 m/s at a 40 degrees angle as shown in the picture. The collison with the wall will take 0.12 seconds.  Question 1: What is the ball's initial momentum in the x direction? Please answer in kg m/s Question 2: What is the ball's initial momentum in the y direction? Please answer in kg m/s Question 3: What is the ball's final momentum in the x direction? Please answer in kg m/s

the question correctly. Please answer all parts of the question. When playing a game of squash, you hit the 25 g ball up toward the wall at a 40 degrees angle at 10 m/s and it bounces off at 10 m/s at a 40 degrees angle as shown in the picture. The collison with the wall will take 0.12 seconds.  Question 1: What is the ball's initial momentum in the x direction? Please answer in kg m/s Question 2: What is the ball's initial momentum in the y direction? Please answer in kg m/s Question 3: What is the ball's final momentum in the x direction? Please answer in kg m/s

College Physics
College Physics
10th Edition
ISBN:9781285737027
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Introduction
Section: Chapter Questions
Problem 48P
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Please view image to be able to answer the question correctly. Please answer all parts of the question.

When playing a game of squash, you hit the 25 g ball up toward the wall at a 40 degrees angle at 10 m/s and it bounces off at 10 m/s at a 40 degrees angle as shown in the picture. The collison with the wall will take 0.12 seconds. 

Question 1: What is the ball's initial momentum in the x direction? Please answer in kg m/s

Question 2: What is the ball's initial momentum in the y direction? Please answer in kg m/s

Question 3: What is the ball's final momentum in the x direction? Please answer in kg m/s

FOR 40° 40°
Transcribed Image Text:FOR 40° 40°
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Can someone please explain the answers again. And have them answered in kg m/s ?? 

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