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A 50-Kg ball is thrown out of a Bucket from a spinning wheel (R=30m) at the 40 degree position shown. It is thrown into a 200-kg A initial position is at y=R-Rsin40 and B y=0 The cart has no size and is moving 2m/s left. Find velocity of the cart After impact. ANSWERS BELOW 9) 1.9 b) 1.9857 () 1.14 d) 1.2143 e) 2.06 f)1.5615 9) 41.5616 h) 1.3 40⁰° W=0₁1 rad/s x=0.2 rad/s °B=30m 150kg A 200kg √B=2 m/s

A 50-Kg ball is thrown out of a Bucket from a spinning wheel (R=30m) at the 40 degree position shown. It is thrown into a 200-kg A initial position is at y=R-Rsin40 and B y=0 The cart has no size and is moving 2m/s left. Find velocity of the cart After impact. ANSWERS BELOW 9) 1.9 b) 1.9857 () 1.14 d) 1.2143 e) 2.06 f)1.5615 9) 41.5616 h) 1.3 40⁰° W=0₁1 rad/s x=0.2 rad/s °B=30m 150kg A 200kg √B=2 m/s

College Physics
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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A 50-Kg ball is thrown out of a Bucket from a spinning wheel (R-30m) at the 40 degree position shown. It is thrown into a 200-kg A initial position is at y=R-Rsin40 and B y=0 The cart has no size and is moving 2m/s left. Find velocity of the cart After impact. ANSWERS BELOW 9) 1.9 b) 1.9857 () 1114 d) 1.2143 () 2.06 f) 1.5615 9) 41.5616 2) 1.3 W=0₁1rad/s x=0.2 radys 21° R=30m 150kg 200kg √B=2 m/s
Transcribed Image Text:A 50-Kg ball is thrown out of a Bucket from a spinning wheel (R-30m) at the 40 degree position shown. It is thrown into a 200-kg A initial position is at y=R-Rsin40 and B y=0 The cart has no size and is moving 2m/s left. Find velocity of the cart After impact. ANSWERS BELOW 9) 1.9 b) 1.9857 () 1114 d) 1.2143 () 2.06 f) 1.5615 9) 41.5616 2) 1.3 W=0₁1rad/s x=0.2 radys 21° R=30m 150kg 200kg √B=2 m/s
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