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Write the balanced equation for the following situation. List the reaction type. Tell the amounts of every substance that remains in the container at the end of the reaction. Assume that all reactions go to completion. If only stoichiometry, tell how much of the excess reactant is used!!!! Reaction Type: a. Combination Reaction b. Decomposition Reaction c. Single Displacement / THIS IS ONE TYPE OF Oxidation Reduction Reaction d. Precipitation Reaction e. Gaseous Reaction f. Neutralization Reaction g. Combustion Reaction Follow the format used in the image. 3.577 Gg silver nitrate reacts with EXCESS of aluminum

Write the balanced equation for the following situation. List the reaction type. Tell the amounts of every substance that remains in the container at the end of the reaction. Assume that all reactions go to completion. If only stoichiometry, tell how much of the excess reactant is used!!!! Reaction Type: a. Combination Reaction b. Decomposition Reaction c. Single Displacement / THIS IS ONE TYPE OF Oxidation Reduction Reaction d. Precipitation Reaction e. Gaseous Reaction f. Neutralization Reaction g. Combustion Reaction Follow the format used in the image. 3.577 Gg silver nitrate reacts with EXCESS of aluminum

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Follow the format used in the example (#2)!

Write the balanced equation for the following situation. List the reaction type. Tell the amounts of every substance that remains in the container at the end of the reaction. Assume that all reactions go to completion. If only stoichiometry, tell how much of the excess reactant is used!!!! Reaction Type: a. Combination Reaction b. Decomposition Reaction c. Single Displacement / THIS IS ONE TYPE OF Oxidation Reduction Reaction d. Precipitation Reaction e. Gaseous Reaction f. Neutralization Reaction g. Combustion Reaction Follow the format used in the image. 3.577 Gg silver nitrate reacts with EXCESS of aluminum 2. N₂(g) + 3 H₂(g) → 2 NH (g) (This is LIMITING REACTANT: N is the Limiting Reactant) Grams of Product (List the Product and the Amount): 0.75168 g NH3 Reaction Type: Combination or Single Displacement (which is also called Oxidation-Reduction) ?g NH, 61.802 cg N₂ x 1g N₂ LR 1 x 10² cg N₂ ? g NH3 = 61.802 cg H: x 1g H₂ 1 x 10² g H₂ x x 1 mol N₂ x 28.02 g N₂ 1 mol H₂ x 2.02 g H₂ 2 mol NH₂ x 17.04 g NH: 0.75168 g NH; THEORETICAL YIELD 1 mol N₂ I mol NH: 2 mol NH3 x 17.04 g NH;= 3.3756 g NH; 3 mol H₂ 1 mol NHS How much N₂ remains in the vessel? You will use the LIMITING REACTANT and determine how much H₂ was USED in the RXN. x 2.02 g H: - 1 mol H₂ ?g H₂ USED - 61.802 eg N₂ x 1g N₂ x 1 mol N₂ x 3 mol H₂ 1 x 10² cg N₂ 28.02 g N₂ 1 mol N₂ Amount of H: Remaining in the Container-H: amount given - H: amount USED 0.13366 g H₂ 0.61802 g H: GIVEN - 0.13366 g H₂ USED -0.48436 g of H:--LEFT OVER-EXCESS
Transcribed Image Text:Write the balanced equation for the following situation. List the reaction type. Tell the amounts of every substance that remains in the container at the end of the reaction. Assume that all reactions go to completion. If only stoichiometry, tell how much of the excess reactant is used!!!! Reaction Type: a. Combination Reaction b. Decomposition Reaction c. Single Displacement / THIS IS ONE TYPE OF Oxidation Reduction Reaction d. Precipitation Reaction e. Gaseous Reaction f. Neutralization Reaction g. Combustion Reaction Follow the format used in the image. 3.577 Gg silver nitrate reacts with EXCESS of aluminum 2. N₂(g) + 3 H₂(g) → 2 NH (g) (This is LIMITING REACTANT: N is the Limiting Reactant) Grams of Product (List the Product and the Amount): 0.75168 g NH3 Reaction Type: Combination or Single Displacement (which is also called Oxidation-Reduction) ?g NH, 61.802 cg N₂ x 1g N₂ LR 1 x 10² cg N₂ ? g NH3 = 61.802 cg H: x 1g H₂ 1 x 10² g H₂ x x 1 mol N₂ x 28.02 g N₂ 1 mol H₂ x 2.02 g H₂ 2 mol NH₂ x 17.04 g NH: 0.75168 g NH; THEORETICAL YIELD 1 mol N₂ I mol NH: 2 mol NH3 x 17.04 g NH;= 3.3756 g NH; 3 mol H₂ 1 mol NHS How much N₂ remains in the vessel? You will use the LIMITING REACTANT and determine how much H₂ was USED in the RXN. x 2.02 g H: - 1 mol H₂ ?g H₂ USED - 61.802 eg N₂ x 1g N₂ x 1 mol N₂ x 3 mol H₂ 1 x 10² cg N₂ 28.02 g N₂ 1 mol N₂ Amount of H: Remaining in the Container-H: amount given - H: amount USED 0.13366 g H₂ 0.61802 g H: GIVEN - 0.13366 g H₂ USED -0.48436 g of H:--LEFT OVER-EXCESS
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