- #1
Faraz
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Hi, I am having difficulty solving the problem, please resolve it if possible. my work and the image for the problem is attached. Thanks
The 10 kg block is at rest on the bottom of the incline (θ = 30°) when it is suddenly struck by a 50 kN force that sends it sliding up the incline. The duration of the force is 5 ms and the coefficient of kinetic friction between the block and the incline is 0.2. The block slides 30 m up the incline and makes contact with the spring (initially uncompressed, k = 15 kN/m). What is the maximum compression of the spring
Hi, I am having difficulty solving the problem, please resolve it if possible. my work and the image for the problem is attached. Thanks
The 10 kg block is at rest on the bottom of the incline (θ = 30°) when it is suddenly struck by a 50 kN force that sends it sliding up the incline. The duration of the force is 5 ms and the coefficient of kinetic friction between the block and the incline is 0.2. The block slides 30 m up the incline and makes contact with the spring (initially uncompressed, k = 15 kN/m). What is the maximum compression of the spring
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