The number of hydrogen atoms in 0.050 mol of c3h8o3 is

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Hello everyone today, we have the following problem, calculate the amount in moles of chlorine atoms present in the samples given below. So we're gonna start with our 1st 1, 3.76 moles. So for our moles of chlorine. Sure, We're simply going to take our given moles. So we have 3.76 moles of chlorine or die chlorine hep to oxide or helped oxide for seven. And then we're gonna multiply by the multiple ratio. So when one mole of this compound, We have two moles of chlorine And this is gonna give us 7.52 moles of chlorine and so far a second one, we're going to do the same process are most in chlorine. We're gonna be equal to R 2.14 moles. And this is chloral methane or try chloral methane multiplied by our multiple ratio. Which when we have one mole of this compound We have three moles of chlorine. And this is going to give us 6.42 moles of chlorine For a 3rd 1 we have hydrochloric acid. So our moles of chlorine are going to be as given 16.2 moles of our hydrochloric hydrochloric acid multiplied by the multiple ratio. That in one mole of this compound we have one mole of chlorine And this is gonna give us 16.2 moles of chlorine. And lastly we have our xenon tetra chloride. So most of chloride is going to be 0. moles of our compound Multiplied by the multiple ratio than in one mole of this. Xenon touch of chloride. We have formals of chloride And we multiply this. It's going to give us 0.0532 moles of chlorine. And with that we have our values and our answers overall, I hope this helped, and until next time.

The number of hydrogen atoms in 0.050 mol of c3h8o3 is

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