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Given the following balanced reaction 4KNO3 (aq) → 2K3O (s) + 2N2 (9) + 502 (9), fill in the blanks for the road maps for the following situations: a) Moles of O2 produced from the decomposition of moles of KNO,. Moles O2 Moles of KNO3 Conversion Factor: Molar Mass b) Mass of N2 produced when moles of K20 is produced. Moles K20 Moles N2 Mass N2 Conversion Factor 1: Moles N2 Conversion Factor 2: Molar Mass c) Mass of KNO3 decomposed when grams of K20 is produced. Moles of KNO3 Moles K20 Moles of KNO3 Moles K20 Conversion Factor 1: Mass KNOS Conversion Factor 2: Molar Ratio Conversion Factor 3: Molar Mass : Moles of KNO3 :: Mass KNO3 :: Molar Ratio :: Molar Mass : Moles O2 :: Moles N2 :: Mass N2 : Mass K20 :: Moles K20

Given the following balanced reaction 4KNO3 (aq) → 2K3O (s) + 2N2 (9) + 502 (9), fill in the blanks for the road maps for the following situations: a) Moles of O2 produced from the decomposition of moles of KNO,. Moles O2 Moles of KNO3 Conversion Factor: Molar Mass b) Mass of N2 produced when moles of K20 is produced. Moles K20 Moles N2 Mass N2 Conversion Factor 1: Moles N2 Conversion Factor 2: Molar Mass c) Mass of KNO3 decomposed when grams of K20 is produced. Moles of KNO3 Moles K20 Moles of KNO3 Moles K20 Conversion Factor 1: Mass KNOS Conversion Factor 2: Molar Ratio Conversion Factor 3: Molar Mass : Moles of KNO3 :: Mass KNO3 :: Molar Ratio :: Molar Mass : Moles O2 :: Moles N2 :: Mass N2 : Mass K20 :: Moles K20

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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Given the following balanced reaction 4KNO3 (aq) → 2K20 (s) + 2N2 (g) + 502 (g), fill in the blanks for the road maps for the following situations: a) Moles of O2 produced from the decomposition of moles of KNO3. Moles O2 Moles of KNO3 Conversion Factor: Molar Mass b) Mass of N2 produced when moles of K20 is produced. Moles K20 Moles N2 Mass N2 Conversion Factor 1: Moles N2 Conversion Factor 2: Molar Mass c) Mass of KNO3 decomposed when grams of K2O is produced. Moles of KNO3 Moles K20 Moles of KNO3 Moles K20 Conversion Factor 1: Mass KNO3 Conversion Factor 2: Molar Ratio Conversion Factor 3: Molar Mass :: Moles of KNO3 :: Mass KNO3 :: Molar Ratio :: Molar Mass :: Moles O2 :: Moles N2 :: Mass N2 :: Mass K20 :: Moles K20 14 Math Short Answer 6/6 S
Transcribed Image Text:Given the following balanced reaction 4KNO3 (aq) → 2K20 (s) + 2N2 (g) + 502 (g), fill in the blanks for the road maps for the following situations: a) Moles of O2 produced from the decomposition of moles of KNO3. Moles O2 Moles of KNO3 Conversion Factor: Molar Mass b) Mass of N2 produced when moles of K20 is produced. Moles K20 Moles N2 Mass N2 Conversion Factor 1: Moles N2 Conversion Factor 2: Molar Mass c) Mass of KNO3 decomposed when grams of K2O is produced. Moles of KNO3 Moles K20 Moles of KNO3 Moles K20 Conversion Factor 1: Mass KNO3 Conversion Factor 2: Molar Ratio Conversion Factor 3: Molar Mass :: Moles of KNO3 :: Mass KNO3 :: Molar Ratio :: Molar Mass :: Moles O2 :: Moles N2 :: Mass N2 :: Mass K20 :: Moles K20 14 Math Short Answer 6/6 S
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