the pressure on one mole of a gas at S. t. p. is double and temperature is rised to 546k. what is the final volume of the gas. (one mole of a gas occupies a volume of 22.4 litres at S. t. p. )
Answers
AMU, or Atomic Mass Unit, is a way of bridging the gap between grams and something so small we cant even see.
Lets take Carbon, #C#, for example. If you look on the periodic table, Carbon has the atomic mass of 12.
That means that one carbon atom weighs 12 AMU.
To make it simple, 1 Mole of Carbon is just 12 grams of it. A mole is the amount of atoms in exactly 12 grams of Carbon.
Remember, Carbon's atomic mass, or AMU, is 12.
If you want to get technical, 1 Mole equals #6.022x10^23# atoms of that particular substance.
That means that in 1 Mole of Carbon, or 12 grams of carbon, there are 602,200,000,000,000,000,000,000 atoms of Carbon (#6.022x10^23#)
So if you have 1 Mole of Nitrogen, that means that you have 14 grams of Nitrogen.
If you have 4 Moles of Sulfur, you have 128 grams of Sulfur.
As the volume of the gas remains the same
it's not copied from any external source
