N2 +3H2 2NH3 1. Convert 5.68 grams of nitrogen to liters of ammonia gas at STP. 2. How many grams of hydrogen are formed from 45.67L of ammonia gas at S 3. How many molecules of hydrogen will react with 4.56x10 molecules of ni

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Honors Moles Class Packet Unit 2
MULTI-STEP DIMENSIONAL ANALYSIS
N2 + 3H2 2NH3
1. Convert 5.68 grams of nitrogen to liters of ammonia gas at STP.
2. How many grams of hydrogen are formed from 45.67L of ammonia gas at S
3. How many molecules of hydrogen will react with 4.56x10 molecyles of ni
2H20 2H, + 0z
4.How many grams of oxygen can be formed from 56.0 grams of water?
5 HA87 10 molerules of water aro used bow many hters of hydrogen gas for
Moles to A
Transcribed Image Text:Honors Moles Class Packet Unit 2 MULTI-STEP DIMENSIONAL ANALYSIS N2 + 3H2 2NH3 1. Convert 5.68 grams of nitrogen to liters of ammonia gas at STP. 2. How many grams of hydrogen are formed from 45.67L of ammonia gas at S 3. How many molecules of hydrogen will react with 4.56x10 molecyles of ni 2H20 2H, + 0z 4.How many grams of oxygen can be formed from 56.0 grams of water? 5 HA87 10 molerules of water aro used bow many hters of hydrogen gas for Moles to A
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