polyarcturus
Well-Known Member
well i cant say im that skilled, thermal loss? voltage drop? not sure
I do just a simple mistake. That's all sorry bro.well i cant say im that skilled, thermal loss? voltage drop? not sure but, vonkins dont know shit.
Thank you and sorry to u to, my friend.?Alright people we dont need 60 posts proving someone wrong, i believe he understands.
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One thing I can for sure say I know is how to grow dank buds.well i cant say im that skilled, thermal loss? voltage drop? not sure but, vonkins dont know shit.
I was under the assumption if something operated more efficiently it would operate at a cheaper cost. Maybe in an industrial situation where a multitude of motors where to be being used, 240 might save some cost. MIGHT? Sorry for being such a wrong cocky arrogant asshole. I am a journeyman wireman, and a good one, I just keep my head in an industrial setting so maybe that's why I was thinking on a large scale. No excuses what so ever, I was wrong, wrong, wrong, and a major asshole. Sorry RIU members for being cocky and arrogant. And yes, my shit does stink. Very badly!!
Thanx for being cool and understanding.sorry i missed that ill stop being a dick. its all good man, just be open minded i didnt mean to go all out on you, but thats just some basic electrical stuff. on industrial/commercial scale things apply very differently.
Duh, it's just a simple squared relationship showing current vs. power loss. Anyone who had freshman physics is familiar with this relationship and you don't need to be some gear head to get it.I doubt many of you guys except very skilled electricians or electrical engineers know what I^2R losses are anyway...
We're all human and get to be ourselves on here. I'm JL. Work safe.I was under the assumption if something operated more efficiently it would operate at a cheaper cost. Maybe in an industrial situation where a multitude of motors where to be being used, 240 might save some cost. MIGHT? Sorry for being such a wrong cocky arrogant asshole. I am a journeyman wireman, and a good one, I just keep my head in an industrial setting so maybe that's why I was thinking on a large scale. No excuses what so ever, I was wrong, wrong, wrong, and a major asshole. Sorry RIU members for being cocky and arrogant. And yes, my shit does stink. Very badly!!
Of course it isn't difficult to understand, I just don't feel like it is something every Joe Sixpack knows about.Duh, it's just a simple squared relationship showing current vs. power loss. Anyone who had freshman physics is familiar with this relationship and you don't need to be some gear head to get it.
I was under the assumption if something operated more efficiently it would operate at a cheaper cost. Maybe in an industrial situation where a multitude of motors where to be being used, 240 might save some cost. MIGHT? Sorry for being such a wrong cocky arrogant asshole. I am a journeyman wireman, and a good one, I just keep my head in an industrial setting so maybe that's why I was thinking on a large scale. No excuses what so ever, I was wrong, wrong, wrong, and a major asshole. Sorry RIU members for being cocky and arrogant. And yes, my shit does stink. Very badly!!
I have to say that this is not the response I was expecting. Good stuff man, humility is a good quality to have.I was under the assumption if something operated more efficiently it would operate at a cheaper cost. Maybe in an industrial situation where a multitude of motors where to be being used, 240 might save some cost. MIGHT? Sorry for being such a wrong cocky arrogant asshole. I am a journeyman wireman, and a good one, I just keep my head in an industrial setting so maybe that's why I was thinking on a large scale. No excuses what so ever, I was wrong, wrong, wrong, and a major asshole. Sorry RIU members for being cocky and arrogant. And yes, my shit does stink. Very badly!!
The savings come from material cost. Increasing voltage reduces amp draw which means lighter gauge wire is required. Copper is expensiveI was under the assumption if something operated more efficiently it would operate at a cheaper cost. Maybe in an industrial situation where a multitude of motors where to be being used, 240 might save some cost. MIGHT? Sorry for being such a wrong cocky arrogant asshole. I am a journeyman wireman, and a good one, I just keep my head in an industrial setting so maybe that's why I was thinking on a large scale. No excuses what so ever, I was wrong, wrong, wrong, and a major asshole. Sorry RIU members for being cocky and arrogant. And yes, my shit does stink. Very badly!!
where is the location of said bud and gold, different or the same? if the same, that cannot be true as they cannot occupy the same space/time. every atom of gold is different there are no 2 atoms the same, just very similar.What weighs more... A pound of gold or a pound of buds?
OK. I think we all agree Von has swallowed his pride and recovered his self-respect.
At least anyone reading this will learn something.
We've all made mistakes.
I just read through an old post where I commented on the CEC capacity of hydroton and now realise I was talking BOLOX!
Where did my new knowledge come from?
Learned it here