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Block A is placed on the horizontal surface while block B is on the inclined one. The blocks are connected by a cord and coefficient of friction are indicated in the figure. Solve for the magnitude and direction of force P which will cause impending motion. Also find the tension if the cord attached to the blocks. 200N 200 A 450 t-0.2 200N f-0.3 300

Block A is placed on the horizontal surface while block B is on the inclined one. The blocks are connected by a cord and coefficient of friction are indicated in the figure. Solve for the magnitude and direction of force P which will cause impending motion. Also find the tension if the cord attached to the blocks. 200N 200 A 450 t-0.2 200N f-0.3 300

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Answer: P= 232.59N  

Problem 1: Block A is placed on the horizontal surface while block B is on the inclined one. The blocks are connected by a cord and coefficient of friction are indicated in the figure. Solve for the magnitude and direction of force P which will cause impending motion. Also find the tension if the cord attached to the blocks. 200N 200 A 450 f-0.2 200N B f-0.3 300
Transcribed Image Text:Problem 1: Block A is placed on the horizontal surface while block B is on the inclined one. The blocks are connected by a cord and coefficient of friction are indicated in the figure. Solve for the magnitude and direction of force P which will cause impending motion. Also find the tension if the cord attached to the blocks. 200N 200 A 450 f-0.2 200N B f-0.3 300
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