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You haven't specified the molecular weight, or even the compound in question. If you find this out, divide by the molecular weight to get your answer.
Multiply the number of moles by the molecular weight of the compound (or atomic weight for an element) to find the mass in grams.
It depends on the draw weight of the bow, and the weight of arrow you use
You haven't listed a concentration or weight and what the compound is so moles cannot be worked out
The pointed end of the idle speed screw should be centered on the idle arm on the carburetor. http://store.chainsawr.com/
Here's a general rule of thumb: Close the fuel mixture valve, then back it out 2 1/2 turns. Then adjust it from there. It's a good starting point, and usually works for me.
You first divide the amount of molecules by avagadros number (6.022x10^23) to find out how many moles you have. Then you find out the molecular weight of the compound. You multiply the number of moles by the molecular weight to give you your weight in grams.
Based on the atomic weights of the 4 relevant elements, you can convert the weight of a chemical into moles. If you do not tell us the weight, we cannot perform the conversion.
When you lose weight the fat simply turns itself into energy and is burnt off, this can depend on many factors such as how quick your metabolism is. if you want to learn more about the metabolism. There is a link in my bio you can check out :)
turns has one syllable.
Yes, but you also have to pay attention to how many molecules of each element are in the compound. For instance: H2O (water) The weight of H is roughly 1 and the weight of O is roughly 16, but formula weight of water is NOT equivalent to just 1 + 16 = 17 You have to be sure that you account for the total amount of molecules so since there are 2 H present you have to multiply the weight of H by 2; 1 x 2 = 2 Now you have the weight of all the H present and just add that to the weight of the single O molecule 2 + 16 = 18; thus the formula weight of water is 18.
Which compound