If speed (acceleration) increase’s force doesn’t that prove that striking with a moving mass rather then placing against and then applying force only prove my point. Sigh read between the lines
If speed (acceleration) increase’s force doesn’t that prove that striking with a moving mass rather then placing against and then applying force only prove my point.
... Why are you intentionally ignoring the speed at which the signal traveled? The speed of sound through a solid body of steel is 5940m/s. And you're using that intentionally left-out information in your dishonest posts. A hand traveling at .5 m/s and touching a bar of steel will not change the speed of sound in that body of steel, neither will a hammer traveling at 10 m/s and hitting a bar of steel.
I'm not discussing this any further when you're intentionally warping youre question in a manner that leaves out the important bits of info that prove your question wrong from the outset.
I’m not ignoring anything. In the beginning of the video the question was if a person pushed the rod how long until the other end moves. The delay is caused be the compression and there for recoil of the atomic structure. My question for which I don’t claim to know the answer is, if the steel was gently pushed would it not cause less elasticity in the atoms there for changing the out come of the test? Hopefully you understand the fucking question now answer or don’t I don’t fucking care but regurgitating the info already stated in the video means nothing. I saw the fucking video you arrogant faggot
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