Here's the train throw calculation.
https://imgur.com/Aq1AWfe
If something is not understood then please ask. I'll further clarify any steps.
Please feel free to get an expert to check the work (online physicist) if you are not up to it. I rushed through and did only 1 check of the work.
here's an illustration of some things.
https://imgur.com/L3ZmVdG
Don't click the image below but click the links above instead.
Originally posted by h1a8
Here's the train throw calculation.
https://imgur.com/Aq1AWfeIf something is not understood then please ask. I'll further clarify any steps.
Please feel free to get an expert to check the work (online physicist) if you are not up to it. I rushed through and did only 1 check of the work.here's an illustration of some things.
https://imgur.com/L3ZmVdGDon't click the image below but click the links above instead.
Where did you come up with the distance by chance? Just curious.
Originally posted by h1a8
You didn't answer the question. Which distance did you want to know how I knew?
And, as someone who’s job for over 20 years had to do w. explosives and munitions of all types, I can tell you no bullet on the planet has ever hit w. 313 million pounds of PSI.
I know you’ll just blow the above off, but it needed to be said.
Originally posted by riv6672
Doesn’t really matter. Your formula is all kinds of made up.And, as someone who’s job for over 20 years had to do w. explosives and munitions of all types, I can tell you no bullet on the planet has ever hit w. 313 million pounds of PSI.
I know you’ll just blow the above off, but it needed to be said.