Recent content by Dealucis
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Block moving down an inclined plane, spring problem.
The solution is 0.2798m. How is it possible? working backwards I found the acceleration to be around 21m/s^2. Isn't the acceleration suppose to be less than gravity? Can someone help me point out where i went wrong please? (please refer to my calculations above for my steps on finding the...- Dealucis
- Post #4
- Forum: Introductory Physics Homework Help
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Block moving down an inclined plane, spring problem.
Thanks for the tip, but i don't quite get your formula for acceleration. Can you explain more? For the potential energy, yeah, i forgot about that. After revising my calculations, i still got the wrong answer. Kinetic energy of block = 0.5mv^2 -0.5mu^2 (where v = final velocity and u =...- Dealucis
- Post #3
- Forum: Introductory Physics Homework Help
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Block moving down an inclined plane, spring problem.
Homework Statement Find the amount which the spring is compressed after the mass comes to rest. Assume a kinetic coefficient of friction of 0.11 and an initial velocity along the surface of v = 4m/s. Given values : mass = 2.2kg k = 500 N/m delta = 0.036m theta = 23 degrees The...- Dealucis
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- Block Inclined Inclined plane Plane Spring
- Replies: 5
- Forum: Introductory Physics Homework Help