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Q9. How many oxygen atoms are present in a 5.00 mole sample of A A.9.03 x 1024 B.3.61 x 1025 C.3.01 x 1024 Q10. Calculate the theoretical yield of CH3OH (Molar mas = 32.0 g mol") when 0.100 g H₂ (Mo 2.00 g mol reacts with 1.40 g CO (molar mas- 28.0 g mol¹) 2 H₂+CO-CH3OH C.0.008 g A 1.60 g D. 1.20x B.0.800 g D.3.20

Q9. How many oxygen atoms are present in a 5.00 mole sample of A A.9.03 x 1024 B.3.61 x 1025 C.3.01 x 1024 Q10. Calculate the theoretical yield of CH3OH (Molar mas = 32.0 g mol") when 0.100 g H₂ (Mo 2.00 g mol reacts with 1.40 g CO (molar mas- 28.0 g mol¹) 2 H₂+CO-CH3OH C.0.008 g A 1.60 g D. 1.20x B.0.800 g D.3.20

Chemistry by OpenStax (2015-05-04)
Chemistry by OpenStax (2015-05-04)
1st Edition
ISBN:9781938168390
Author:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Publisher:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Chapter4: Stoichiometry Of Chemical Reactions
Section: Chapter Questions
Problem 75E: How many molecules of the sweetener saccharin can be prepared from 30 C atoms, 25 H atoms, 12 0...
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Q9. How many oxygen atoms are present in a 5.00 mole sample of A A.9.03 x 1024 B.3.61 x 1025 C.3.01 x 1024 Q10. Calculate the theoretical yield of CH3OH (Molar mas = 32.0 g mol") when 0.100 g H₂ (Mo 2.00 g mol reacts with 1.40 g CO (molar mas- 28.0 g mol¹) 2 H₂+CO-CH3OH C.0.008 g A 1.60 g D. 1.20x B.0.800 g D.3.20
Transcribed Image Text:Q9. How many oxygen atoms are present in a 5.00 mole sample of A A.9.03 x 1024 B.3.61 x 1025 C.3.01 x 1024 Q10. Calculate the theoretical yield of CH3OH (Molar mas = 32.0 g mol") when 0.100 g H₂ (Mo 2.00 g mol reacts with 1.40 g CO (molar mas- 28.0 g mol¹) 2 H₂+CO-CH3OH C.0.008 g A 1.60 g D. 1.20x B.0.800 g D.3.20
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