a. Calculate the mass of Fe: Mass of paper cup and Fe (g) Mass of empty paper cup (g) 4.383g 1.103g Mass Fe 3.280g Fe b. Moles of Fe (****fill in the molar mass of Fe) Fe (g) x 1 mole = moles Fe ****g Fe c. Calculate moles Cu (use the Balanced Chemical Equation above to write the mole ratio conversion factor) Moles of Cu = Moles of Fe x mole ratio d. Theoretical Yield of Cu (****fill in the molar mass of Cu) Moles Cu x ****g Cu = g Cu 1 mole
a. Calculate the mass of Fe: Mass of paper cup and Fe (g) Mass of empty paper cup (g) 4.383g 1.103g Mass Fe 3.280g Fe b. Moles of Fe (****fill in the molar mass of Fe) Fe (g) x 1 mole = moles Fe ****g Fe c. Calculate moles Cu (use the Balanced Chemical Equation above to write the mole ratio conversion factor) Moles of Cu = Moles of Fe x mole ratio d. Theoretical Yield of Cu (****fill in the molar mass of Cu) Moles Cu x ****g Cu = g Cu 1 mole
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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This is a lab experiment on Stoichiometry. I am struggling with questions 2b, 2c, 2d? I attached the photo.

Transcribed Image Text:a. Calculate the mass of Fe:
Mass of paper cup and Fe (g)
Mass of empty paper cup (g)
4.383g
1.103g
Mass Fe
3.280g Fe
b. Moles of Fe (****fill in the molar mass of Fe)
Fe (g) x 1 mole = moles Fe
****g Fe
c. Calculate moles Cu (use the Balanced Chemical Equation above to write the mole ratio
conversion factor)
Moles of Cu = Moles of Fe x mole ratio
d. Theoretical Yield of Cu (****fill in the molar mass of Cu)
Moles Cu x ****g Cu = g Cu
1 mole
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