this energy behaves as a driving force to accelerate corrosion of spring.
Also, it can cause SCC (Stress Corrosion Cracking) in spring...
2007-07-07 05:27:15
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answer #1
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answered by MeisəM 4
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- When the spring is compressed, the potential energy of the spring must be reflected in the atoms making up the spring. The structure of the lattice holding the atoms together must be slightly strained. As a result, I think the stressed spring will require slightly less heat to dissolve in the acid than it otherwise would have needed. So, as a result, if you compare the solution after dissolution, it will be slightly warmer in the case of the stressed spring than it would have in the case of an unstressed spring.
- The acceleration is in the same direction as the force.
2007-07-07 15:15:27
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answer #2
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answered by ? 6
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When you compress the spring, it is the potential energy which is stored in the spring. When you put such a spring in acid, the individual atoms start getting dissolved and the stress distribution starts changing. The spring may try to straighten but may be confined by the walls of the acid container. The atoms coming out from the spring into the acid do take away the potential and or kinetic energy to the liquid molecules of the acid. Thus energy is conserved.
2007-07-07 05:23:39
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answer #3
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answered by Swamy 7
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while the spring is being dissolved there will be a time where the spring will be too weak on a spot to handle the forces of compression. it will break and there will be vibrations, it will break many times until there will be no tension on it. the vibrations will tranfer the energy to the surrounded mollecules, can with acid and some energy will stay to the spring mollecules as kinetic energy
2007-07-07 05:30:17
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answer #4
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answered by phoebus16 2
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The kinetic energy is transfered to the acid liquid.
Depending how the dissolution process happened the transfer can be:
- swift causing some shaking (try waves) in the liquid
- slow
2007-07-07 05:35:42
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answer #5
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answered by Capacitor 2
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2016-10-01 02:12:05
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answer #6
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answered by Anonymous
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You mean the potential energy, and I suppose it would be dissipated into the individual molecules of the spring. At some point, though, the spring would break at a weak point, and any remaining potential energy would be released. Interesting question. Come up with it yourself?
2007-07-07 05:25:43
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answer #7
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answered by Anonymous
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Escapes as splashes in the acid.
2007-07-07 06:11:54
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answer #8
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answered by ag_iitkgp 7
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heat, by dissipation
2007-07-07 07:36:25
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answer #9
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answered by Anonymous
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