- #1
trexpederson
- 1
- 0
To those who could help me out,
I'm pretty rusty with physics I thought maybe one of you energy specialists or physics prodigies could give me an estimate at what I'm looking at.
~50million jouhls
could be used for what kind of push or power would I get from this energy, would it be enough to move an heavy object or even give it enough power to move from a no motion, how much would I need to move 3 ton object from standstill to six feet away or would the jouhls burn out and not get the object an inch.
Would I get a better result by spreading out the jouhls around one side of my object or focusing the energy in the middle or mid low mid high separation? Whats the best way to get the most punch and power in my placement of this energy is my question.
Would that much power be dangerously overkill?
And just for anyone who might know, where would I find books on mechanical engineers, organic chemistry and controlling highly compressed gas safely.
Thank you guys,
Tyler P.
I'm pretty rusty with physics I thought maybe one of you energy specialists or physics prodigies could give me an estimate at what I'm looking at.
~50million jouhls
could be used for what kind of push or power would I get from this energy, would it be enough to move an heavy object or even give it enough power to move from a no motion, how much would I need to move 3 ton object from standstill to six feet away or would the jouhls burn out and not get the object an inch.
Would I get a better result by spreading out the jouhls around one side of my object or focusing the energy in the middle or mid low mid high separation? Whats the best way to get the most punch and power in my placement of this energy is my question.
Would that much power be dangerously overkill?
And just for anyone who might know, where would I find books on mechanical engineers, organic chemistry and controlling highly compressed gas safely.
Thank you guys,
Tyler P.