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Two blocks are connected by a massless string over a frictionless pulley as sh this diagram. There IS FRICTION ON BOTH BLOCKS (µk = 0. 14 for bot mass on the horizontal plane is 0.80kg, and the mass on the incline plan is 2. angle shown in the diagram is 60 degrees (assume 2 SF).

Two blocks are connected by a massless string over a frictionless pulley as sh this diagram. There IS FRICTION ON BOTH BLOCKS (µk = 0. 14 for bot mass on the horizontal plane is 0.80kg, and the mass on the incline plan is 2. angle shown in the diagram is 60 degrees (assume 2 SF).

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please answer question and just send me the paper solutions asap dont type the answer please and find everything that is asked please and the Angle using cos and tan if need please do not leave that and answer will the directions please solve question 1ab asap please faster i just have 15 mins please faaster and only use the given formula please Dont forget the angle please
Two blocks are connected by a massless string over a frictionless pulley as shown in this diagram. There IS FRICTION ON BOTH BLOCKS (µ̟ = 0. 14 for both)! The mass on the horizontal plane is 0.80kg, and the mass on the incline plan is 2.0kg. The angle shown in the diagram is 60 degrees (assume 2 SF). a. Determine the acceleration of the systemi b. Determine the tension in the string
Transcribed Image Text:Two blocks are connected by a massless string over a frictionless pulley as shown in this diagram. There IS FRICTION ON BOTH BLOCKS (µ̟ = 0. 14 for both)! The mass on the horizontal plane is 0.80kg, and the mass on the incline plan is 2.0kg. The angle shown in the diagram is 60 degrees (assume 2 SF). a. Determine the acceleration of the systemi b. Determine the tension in the string
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