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You will subrnilt your work for this problern on paper. You can get partial credit sa be dear aboue what you are doing and make your work easy to follow. It should be understandable to a pervon famillar with physks but doesnt Inow how to solve this problem In the arrangement shown here, the two blocks are connected by a taut string. The system will be released with nearly zero velocity (kinetic friction rather than static friction). friction no friction Block 1 has a mass of m -4.70 kg and has a coefficient of kinetic friction (x 0.191 with the horizontal. Block 2 has a mass of m2 - 4.50 kg and is on a frictionless incline. The incline makes an angle e 50.0° with the horizontal. a. Draw free-body diagrams for both mi and m b. Give two Newton 2 equations for m C. Give two Newton 2 equations for m2. d. What is the acceleration (magnitude and direction)? e. What is the tension in the string? Please give the magnitude of acceleration in m/s2 to continue.

NEEDS TO BE ANSWERED IN 15 MIN PLZ!!!!

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NEEDS TO BE ANSWERED IN 15 MIN PLZ!!!! You will subrnilt your work for this problern...
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