The only answer is it is far too hard to scrape hydrogen off everything else and compress it into fuel.
heat coming from where? heat from a fire isnt, heat from the sun is.
yes it isnt! :)
It isnt
isnt toyotomi Hideyoshi
it is pi..... wait no it isnt.....pi squared to the one half power is not pi...
cause he could and he did isnt that obvious
I had a VW Jetta that had a problem with overheating. It ended up being the thermostat had gone bad so the fan never "kicked on." A car can over heat if there isnt enough antifreeze in the radiator or a bad thermostat or if your fan isnt working properly or is bad
Isnt that just the square root of 64, being 8...?
There isnt a certain part, the sun undergoes nuclear fusion, which is basically hydrogen and helium 'fusing' together. This causes a chemical reaction and lets out huge amounts of energy (light and heat) for billions of years. But mainly the inner core, which is 27000000 degrees Fahrenheit.
if its in a can and it not to far from the date then yes its probibly ok to eat, because the heat of the microwave will kill most things if it in for long enough.
The sun spots are the cooler spots. They are darker because there isnt much heat compared to the rest of the sun
Coal If we know the ultimate analysis of fuel, we can easily calculate its GCV. The basic principle is that there are only 3 components in a fuel which generate heat. These are: Carbon, Hydrogen and Sulphur. According to Dulong's formula gross calorific value of a fuel is; GCV = ((35.5 x C + 114.8 x H + 9.5 x S - 14.5 x O) x 1000) / (100 x 4.1868) Each multiple of carbon, hydrogen and sulphur represents heat generated by its one mole. The formula gives GCV in kcal/kg. Simple isnt it !