1A. Nitrogen gas and Hydrogen gas were combined to form Ammonia. Compute for the mol of Nitrogen when Hydrogen is 9.45 grams. Atomic weight: Nitrogen 14.0g/mol Hydrogen 1.00g/mol 1B. Nitrogen gas and Hydrogen gas were combined to form Ammonia. Compute for the grams of Nitrogen when Hydrogen is 7.08 mol Atomic weight: Nitrogen 14.0g/mol Hydrogen 1.00g/mol 1C. Nitrogen gas and Hydrogen gas were combined to form Ammonia. Compute for the mol of Hydrogen when Nitrogen is 5.05 mol Atomic weight: Nitrogen 14.0g/mol Hydrogen 1.00g/mol
1A. Nitrogen gas and Hydrogen gas were combined to form Ammonia.
Compute for the mol of Nitrogen when Hydrogen is 9.45 grams.
Atomic weight: Nitrogen 14.0g/mol
Hydrogen 1.00g/mol
1B. Nitrogen gas and Hydrogen gas were combined to form Ammonia.
Compute for the grams of Nitrogen when Hydrogen is 7.08 mol
Atomic weight: Nitrogen 14.0g/mol
Hydrogen 1.00g/mol
1C. Nitrogen gas and Hydrogen gas were combined to form Ammonia.
Compute for the mol of Hydrogen when Nitrogen is 5.05 mol
Atomic weight: Nitrogen 14.0g/mol
Hydrogen 1.00g/mol
1D. Nitrogen gas and Hydrogen gas were combined to form Ammonia.
Compute for the grams of Nitrogen when Hydrogen is 7.08 mol
Atomic weight: Nitrogen 14.0g/mol
Hydrogen 1.00g/mol
1E. Nitrogen gas and Hydrogen gas were combined to form Ammonia.
Compute for the grams of Ammonia when Nitrogen is 3.09 grams.
Atomic weight: Nitrogen 14.0g/mol
Hydrogen 1.00g/mol
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