Question Two blocks, one made of aluminum weighing 2.39 kg and another made of copper weighing 6.27 kg, are joined together with a thin string that passes over a smooth pulley. The blocks are placed on a stationary wedge made of steel with an angle of 8=53,7%, as depicted in the accompanying diagram. Calculate the acceleration of the blocks by applying Newton's laws of motion. Between aluminum and steel, u = 0.47. Between copper and steel, u = 0.36. Aluminum m₁ Steel Add your answer Copper m₂ Note: Final answer in two decimal places. Use pi = 3.14. Include the SI unit of acceleration. www

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Question 3
Two blocks, one made of aluminum weighing 2.39 kg and another made of copper weighing 6.27 kg, are joined together with a thin
string that passes over a smooth pulley. The blocks are placed on a stationary wedge made of steel with an angle of 8= 53.7%, as
depicted in the accompanying diagram. Calculate the acceleration of the blocks by applying Newton's laws of motion. Between
aluminum and steel, u=0.47. Between copper and steel, u=0.36.
Aluminum
m₁
Add your answer
Steel
Copper
mo
Note: Final answer in two decimal places. Use pi = 3.14. Include the SI unit of acceleration.
Transcribed Image Text:Assignment Content Page 3 of 3 Question 3 Two blocks, one made of aluminum weighing 2.39 kg and another made of copper weighing 6.27 kg, are joined together with a thin string that passes over a smooth pulley. The blocks are placed on a stationary wedge made of steel with an angle of 8= 53.7%, as depicted in the accompanying diagram. Calculate the acceleration of the blocks by applying Newton's laws of motion. Between aluminum and steel, u=0.47. Between copper and steel, u=0.36. Aluminum m₁ Add your answer Steel Copper mo Note: Final answer in two decimal places. Use pi = 3.14. Include the SI unit of acceleration.
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