10. How much methanol (CH3OH, in grams) can be formed from 49.2 mg of hydrogen? Assume...

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10. How much methanol (CH3OH, in grams) can be formedfrom 49.2 mg of hydrogen? Assume excess CO.

CO(g) + 2H2(g) →CH3OH(g)

-Consider the following balanced chemical equation:2N2H4(g) +N2O4(g) → 3N2(g)+ 4H2O(g)

a. How many moles of water form from 0.438 moles ofN2O4?

b. How many moles of water form from 0.438 moles ofN2H4?

c. How many moles of nitrogen form from 0.438 moles ofN2O4?

d. How many moles of nitrogen form from 0.438 moles ofN2H4?

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4.2 Ratings (699 Votes)
10 Molar mass of H2 2016 gmol mass of H2 492102 g mol of H2 massmolar mass 4921022016 244102 mol Balanced chemical equation is COg 2H2g CH3OHg    See Answer
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