It’s a very dumb saying. If you don’t have the volts you won’t get the amps to kill you that’s ohms law.

However, there are plenty of harmless high voltage scenarios as well. Situations with high voltage, but no power.

So really you need both.

That is not the definition of escape velocity. Escape velocity is the minimum velocity to escape a body’s gravity well entirely. Orbital is much lower

That is not the definition of escape velocity. Escape velocity is the minimum velocity to escape a body’s gravity well entirely. Orbital is much lower

Ignoring that it burned up and ignoring losses due to drag if it somehow didn’t. Isn’t the point of escape velocity that it explicitly won’t come back down.iar least not on earth. Your trajectory won’t matter as you have enough velocity to escape the gravity of earth and will orbit the sun. Further if you managed the solar system escape velocity you will end up orbiting the galactic core. Trajectory doesn’t matter if you have escape velocity. Correct trajectory just minimizes the delta v needed to reach that escape velocity.

At least that’s all my recollection.

None of that makes sense with how taxes actually work. For every $1 donated to charity, the maximum you’re getting back is 0.37 from the tax deduction. That’s assuming you’re in the max tax bracket. The higher your tax bracket, the cheaper it is to give to charity, but it’s never better than keeping the money yourself.

There are games that can be played with charitable donations, but cash to a foundation is not really the way. The real games are played around with hard to value assets like art/jewelry where massively inflated values and weird lease terms can lead to some really questionable outcomes. For example “loaning” art to a museum and writing off the “rent” after having it appraised for some insane value.