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• Consider the following equation: Note: The roadmap is given below. 3H2(e) 1N2(e) -> 2NH3(8) PT Eq PT Mass x -> Moles x Moles y → mass y a. Find the grams of NH3(e) produced if 6.11 moles of H2e) is used. Find the moles of N2(g) needed to produce 7.1 g of NH3(8) If 4.7 g of NH3(8) were produced what mass of H2e) reacted. Find the mass of H2ie) needed to reach with 5.6 g of N2(R).

• Consider the following equation: Note: The roadmap is given below. 3H2(e) 1N2(e) -> 2NH3(8) PT Eq PT Mass x -> Moles x Moles y → mass y a. Find the grams of NH3(e) produced if 6.11 moles of H2e) is used. Find the moles of N2(g) needed to produce 7.1 g of NH3(8) If 4.7 g of NH3(8) were produced what mass of H2e) reacted. Find the mass of H2ie) needed to reach with 5.6 g of N2(R).

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter3: Chemical Reactions
Section: Chapter Questions
Problem 2PS: Write an equation from the following description: reactants are gaseous NH3 and O2, products are...
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• Consider the following equation: Note: The roadmap is given below. 3H2(e) 1N2(e) -> 2NH3(8) PT Eq PT Mass x -> Moles x Moles y → mass y a. Find the grams of NH3(e) produced if 6.11 moles of H2e) is used. Find the moles of N2(g) needed to produce 7.1 g of NH3(8) If 4.7 g of NH3(8) were produced what mass of H2e) reacted. Find the mass of H2ie) needed to reach with 5.6 g of N2(R).
Transcribed Image Text:• Consider the following equation: Note: The roadmap is given below. 3H2(e) 1N2(e) -> 2NH3(8) PT Eq PT Mass x -> Moles x Moles y → mass y a. Find the grams of NH3(e) produced if 6.11 moles of H2e) is used. Find the moles of N2(g) needed to produce 7.1 g of NH3(8) If 4.7 g of NH3(8) were produced what mass of H2e) reacted. Find the mass of H2ie) needed to reach with 5.6 g of N2(R).
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