LIMITING REAGENTS TO2/S01 Based on the balanced equation Molar Mass (g/mol) 2Ba + 0, - 2Bao Ba 137.33 32.000 153.33 Avogadro's No. 6.022x1023 mol*1 calculate the number of Bao formula units formed when 62 Ba atoms and 32 O, molecules react? O2 Bao exact number, no tolerance LIMITING REAGENTS TO2/S12 Based on the balanced equation Molar Mass (g/mol) C6H12 + 902 - 6CO2 + 6H20 CGH12 O2 CO2 Н20 Avogadro's No. 84.162 calculate the number of excess reagent units remaining when 13 C6H12 molecules and 99 0, molecules react? 32.000 44.010 18.015 6.022x1023 mol"1

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LIMITING REAGENTS TO2/S01
Based on the balanced equation
Molar Mass (g/mol)
2Ba + 0, - 2Bao
Ba
137.33
32.000
153.33
Avogadro's No.
6.022x1023 mol*1
calculate the number of Bao formula units formed when 62 Ba atoms and 32 O, molecules react?
O2
Bao
exact number, no tolerance
Transcribed Image Text:LIMITING REAGENTS TO2/S01 Based on the balanced equation Molar Mass (g/mol) 2Ba + 0, - 2Bao Ba 137.33 32.000 153.33 Avogadro's No. 6.022x1023 mol*1 calculate the number of Bao formula units formed when 62 Ba atoms and 32 O, molecules react? O2 Bao exact number, no tolerance
LIMITING REAGENTS TO2/S12
Based on the balanced equation
Molar Mass (g/mol)
C6H12 + 902 - 6CO2 + 6H20
CGH12
O2
CO2
Н20
Avogadro's No.
84.162
calculate the number of excess reagent units remaining when 13 C6H12 molecules and 99 0, molecules react?
32.000
44.010
18.015
6.022x1023 mol"1
Transcribed Image Text:LIMITING REAGENTS TO2/S12 Based on the balanced equation Molar Mass (g/mol) C6H12 + 902 - 6CO2 + 6H20 CGH12 O2 CO2 Н20 Avogadro's No. 84.162 calculate the number of excess reagent units remaining when 13 C6H12 molecules and 99 0, molecules react? 32.000 44.010 18.015 6.022x1023 mol"1
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