Can you help me with this question **Problem Statement:**In a game of billiards, to put the red ball into the corner pocket, it must be hit at a 38° angle away from the line connecting it to the cue ball. The cue ball hits it with a speed of 2.4 m/s, and the cue ball itself heads off at a 46° angle away from the corner pocket. The two balls have the same mass, and the shot is successful.**Diagrams:**- **Before Collision:** - The cue ball \( c \) is moving towards the red ball \( r \) with an initial velocity \( v_{1i} = 2.4 \, \text{m/s} \). - The red ball \( r \) is stationary with an initial velocity \( v_{2i} = 0 \, \text{m/s} \).- **After Collision:** - The red ball moves at an angle of 38° with velocity \( v_{2f} \). - The cue ball moves at an angle of 46° with velocity \( v_{1f} \).**Questions:**a) How fast is each ball moving after the collision?b) Calculate the percent kinetic energy lost in the collision, \(\Delta K / K_i \times 100\%\), to determine "how elastic" the collision was (perfectly elastic is 0% lost).**Notes on Diagrams:**- The "Before" section shows the path and velocity of the cue ball approaching the red ball. - The "After" section illustrates both balls deflecting away at their respective angles post-collision. - Both diagrams label angles and velocities as described.

Name: Can you help me with this question **Problem Statement:**In a game of
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Description: Can you help me with this question **Problem Statement:**In a game of billiards, to put the red ball into the corner pocket, it must be hit at a 38° angle away from the line connecting it to the cue ball. The cue ball hits it with a speed of 2.4 m/s,

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Science

Physics

Before V₁₁ = 24m/s V₂;=0m/s a) How fast is each ball moving after the collision? After QJ Buecos 38" 46° Vaf Vif sily animonial to giens sall) Saoisillen sid teils selv lad dous live dgis wollt 5) Calculate the percent kinetic energy lost in the collision, AK/K₂ x 100%, to determine "how elastic" he collision was (perfectly elastic is 0% lost).

Before V₁₁ = 24m/s V₂;=0m/s a) How fast is each ball moving after the collision? After QJ Buecos 38" 46° Vaf Vif sily animonial to giens sall) Saoisillen sid teils selv lad dous live dgis wollt 5) Calculate the percent kinetic energy lost in the collision, AK/K₂ x 100%, to determine "how elastic" he collision was (perfectly elastic is 0% lost).

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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