The answer is two moles of F atoms or 1 mole of F2 molecules.
There are approximately 38 grams of sugar in a 12 oz can of Sprite.
In the reaction between 1g of Hydrogen and 19g of Fluorine to form HF, the limiting reactant is Hydrogen. Based on the balanced chemical equation, 1g of Hydrogen will react with 38g of Fluorine to form 2g of HF. In the reaction between 1g of Hydrogen and 80g of Bromine to form HBr, the limiting reactant is Hydrogen. Based on the balanced chemical equation, 1g of Hydrogen will react with 160g of Bromine to form 2g of HBr.
Abbacus. Of course if you know an average mass per particle or for a certain number of particles, you can count using a balance. For instance if you have a bag of golf balls and you know that a golf ball typically weighs around 38grams, then just weigh all the golf balls and divide by 38g to find out how many balls there were.
I have read two methods to solve this up: the first says that at 75 degrees the solution mass is 100g of water + 155 g of KNO3 so its mass is 255g at 25 degrees the solution mass is 100 g of water + 38 g of KNO3 so its mass is 38 when we cool it down from 75 to 25 we will get 255-138=117g but this is the solution mass and u only want the mass of KNO3 because that is what will really crystallize...so for some reason i really dont get u do 117/255 and then multiply it by the mass of the demanded solution which is 100 g so the answer will be 45.88g nearly 45.9 g the second method is to assume that at 75 degrees there is in 100g of saturated solution, x g of water so KNO3 will be 1.55x total mass 100 x+1.55x=100 x= 39.126 1.55x=60.784 so at 25 degrees there is 0.39 x of KNO3 and x is 39.126 that means there is 0.38*39.126= 14.867 g of KNO3 therefore the mass of KNO3 that will crystallize is 60.784-14.867=45.917= 45.917 why 1.55x? because for each 100 g of water we have 155 g of solute...so 155/100 = the mass of solute for the new water mass/ the new water mass (x) so the mass of solute for the new water mass will be: 155x/100 or 1.55x! the same applies to 0.38x hope this helped =)
38g of sugar is equivalent to about 9.5 teaspoons of sugar.
38g. It used to be 23g.
Samantha 38G is the stage name of an American adult film actress and model known for her work in the adult entertainment industry. She is recognized for her large natural breasts, which are a 38G cup size. Samantha 38G has appeared in numerous adult films and has gained a following for her distinctive physical features and performances.
60g
Yes, 38g of sugar is considered a high amount in a single serving.
There are approximately 38 grams of sugar in a 12 oz can of Sprite.
Miami, Florida.
To convert 38 grams to pounds, you would divide by 453.59 (1 gram is approximately 0.00220462 pounds). So, 38g is approximately 0.08377 pounds.
should be (38/700)x100 then move the decimal place back
38g breasts are 1 cup bigger than 36g breasts. 36gg and 38g are the same "cup" size. 38ff and 36g are the same too when you go up in band size, for the same cup,the breasts go bigger.
For this you need the atomic (molecular) mass of NaCl. Take the number of grams and divide it by the atomic mass. Multiply by one mole for units to cancel. NaCl=58.5 grams38.0 grams NaCl / (58.5 grams) = .650 moles NaCl
There are 38 grams of sugar in this product.