→ The 0.56 grams of Cu are enough to form grams of Cuo → The 0.20 grams of O2 are enough to form grams of Cuo → Of the two reagents in the mixture, the limiting reagent is → The theoretical yield of Cuo is g · Find the percent reaction yield if 0.50 grams of Cuo was isolated:

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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In a reaction mixture of 0.56 grams of Cu and 0.20 grams of O2:
· Find the number of grams of Cuo formed if all 0.56 grams of Cu were to react:
mol(Cu)
g(Cu)
mol(Cuo)
mol(Cu)
g(Cuo)
mol(CuO)
0.56 g(Cu) x
g(Cuo)
· Find the number of grams of Cuo formed if all 0.20 grams of O2 were to react:
mol(0,)
g(0,)
mol(Cuo)
mol(0,)
g(CuO)
mol(Cuo)
0.20 g(02) x
g(Cuo)
→ The 0.56 grams of Cu are enough to form
grams of Cuụo
→ The 0.20 grams of O2 are enough to form
grams of Cuo
→ Of the two reagents in the mixture, the limiting reagent is
→ The theoretical yield of Cuo is
g
· Find the percent reaction yield if 0.50 grams of Cuo was isolated:
g(CuO)
g(Cuo).
%
Transcribed Image Text:In a reaction mixture of 0.56 grams of Cu and 0.20 grams of O2: · Find the number of grams of Cuo formed if all 0.56 grams of Cu were to react: mol(Cu) g(Cu) mol(Cuo) mol(Cu) g(Cuo) mol(CuO) 0.56 g(Cu) x g(Cuo) · Find the number of grams of Cuo formed if all 0.20 grams of O2 were to react: mol(0,) g(0,) mol(Cuo) mol(0,) g(CuO) mol(Cuo) 0.20 g(02) x g(Cuo) → The 0.56 grams of Cu are enough to form grams of Cuụo → The 0.20 grams of O2 are enough to form grams of Cuo → Of the two reagents in the mixture, the limiting reagent is → The theoretical yield of Cuo is g · Find the percent reaction yield if 0.50 grams of Cuo was isolated: g(CuO) g(Cuo). %
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