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originally posted by: deadeyedick
Again it comes down to math. A certain amount of heat can release a certain amount of bonds in water.
Like i said i understand how it is taught and used in todays world. I urge you if you want to understand what i am saying is that when the watt was first calculated by james watt he was using time already in his formula. There are several aspects to thin including the force of gravity itself also refer to equations that are derrived from a set amount of time. To then take that measurement and assign another time value of joules is false and is the basis of the current electrical minipulation that happens today. Further if you research where this need came from you will learn it was to bill consumers. It is all backed up by false math.
originally posted by: deadeyedick
3.658kWh to seperate 1liter of water
so actually if that figure is correct it would be 1956.52174 J/s to produce 1l hho = ? continous watts
A watt is a rate?
The main problem i have is that a watt is defined as a joule/second and not only does that convey a rate
...but also a time frame at which the rate is happening. I think much of this confusion is not only from my understanding but also from the need to screw people every month on their electric bill.
originally posted by: deadeyedick
a reply to: iterationzero
so 1J/s would be 1JX1second
Here is the problem i see in a watt
1w=1j=1sec
by assigning a time value to the definition of a joule you are also assigning that same time value to a watt
originally posted by: deadeyedick
a reply to: Bedlam
ok so the representations are wrong but the numbers are correct?
originally posted by: deadeyedick
Again it comes down to math. A certain amount of heat can release a certain amount of bonds in water.
So is 100 watts applied to one liter of water for one minute "a certain amount of heat"? Sounds like it to me. That's not enough heat to break the water bonds. If you boil water, that's not enough heat. If you turn your oven on at the highest possible temperature setting, that's not enough heat to break a significant amount of water bonds, even in the water vapor, if we are talking about just water.
originally posted by: framedragged
Well I don't think anyone is going to try and dispute that one at least.
OK so "well over 2000 °C" will break "a small percentage" of the bonds, but even at 2800 °K we still see H2O in the spectra of some stars at that temperature, so even that isn't enough to break them all.
When water is heated to well over 2000 °C, a small percentage of it will decompose into its constituent elements
I wouldn't recommend duplicating this action:
After i duplicate his actions i will share.
He once called Grove City police to his home and laboratory on Broadway to report a suspicious package. The Columbus bomb squad detonated the parcel, only to discover it was equipment that he had ordered.