I'll concede I'm no expert, but I'm a bit confused as to how your connecting an object being accelerated (be it + or - so to speak) expressed in "g" and introducing a frequency expressed in Hz. I wouldn't be surprised if they test to see how a scope withstands impact through something like a drop test and also vibration, but I'd assume they are two different tests. I see the merits of vibrating the crap out of a scope as part of the testing (I've ridden around in tracks...), but I fail to see how are they connected.
i think he's referring to a shockwave of the impact or a shockwave of firing a gun with an optic fixed to it, both would have g and hz.
but im confused as well, im not a mechanical engineer.
when you go into this scientific stuff, please tell us why, some of us only have high school physics.
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