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<blockquote data-quote="start at edge" data-source="post: 197400" data-attributes="member: 11971"><p>All the phenomena you mentioned happens indeed, but not at the expected scale. The most significant (and most often overseen) is the fact that the rusting process takes much less time when the spring is under tension, it happens much faster. Assuming an ideal system (where the rusting happens evenly), there is also an amount of heat released during the rusting process, heat that is greater than in the case of no tension.</p><p></p><p>The inertia of the moon makes it pass again and again over the same earth spot (ocean shore) during its rotation. If it would move in a linear trajectory, the tide phenomenon would happen just once, as you mentioned.</p><p>So, the moon basically lost kinetic energy (not on a spectacular scale, but it lost some).</p></blockquote><p></p>
[QUOTE="start at edge, post: 197400, member: 11971"] All the phenomena you mentioned happens indeed, but not at the expected scale. The most significant (and most often overseen) is the fact that the rusting process takes much less time when the spring is under tension, it happens much faster. Assuming an ideal system (where the rusting happens evenly), there is also an amount of heat released during the rusting process, heat that is greater than in the case of no tension. The inertia of the moon makes it pass again and again over the same earth spot (ocean shore) during its rotation. If it would move in a linear trajectory, the tide phenomenon would happen just once, as you mentioned. So, the moon basically lost kinetic energy (not on a spectacular scale, but it lost some). [/QUOTE]
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