Silicon (28 g, 1.0 mole) and oxygen (128 g, 4.0 moles) are reacted in a sealed container. At the end of the reaction, how much silicon, oxygen, and silicon dioxide are present in the container? Complete the following table. Starting Moles Change Ending Moles Ending Grams Si 1.0 mol -1.0 mol + 0₂ 4.0 mol SiO₂ 0 mol

General, Organic, and Biological Chemistry
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Chapter6: Chemical Calculations: Formula Masses, Moles, And Chemical Equations
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Problem 6.61EP: For the chemical reaction Sb2S3+6HCl2SbCl3+3H2S write the conversion factor that would be needed to...
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Silicon (28 g, 1.0 mole) and oxygen (128 g, 4.0 moles) are reacted in a sealed container. At the end of the reaction, how much
silicon, oxygen, and silicon dioxide are present in the container? Complete the following table.
Starting Moles
Change
Ending Moles
Ending Grams
O₂ change:
Si ending moles:
O₂ ending moles:
Si
1.0 mol
-1.0 mol
+
0₂
4.0 mol
MacBook Pro
mol
mol
mol
-
SiO₂
0 mol
SiO₂ change:
Si ending grams:
O₂ ending grams:
I
Enter numeric value
mol
6.0
g
g
Transcribed Image Text:Silicon (28 g, 1.0 mole) and oxygen (128 g, 4.0 moles) are reacted in a sealed container. At the end of the reaction, how much silicon, oxygen, and silicon dioxide are present in the container? Complete the following table. Starting Moles Change Ending Moles Ending Grams O₂ change: Si ending moles: O₂ ending moles: Si 1.0 mol -1.0 mol + 0₂ 4.0 mol MacBook Pro mol mol mol - SiO₂ 0 mol SiO₂ change: Si ending grams: O₂ ending grams: I Enter numeric value mol 6.0 g g
stion 8 of 18
Macmillan Learning
Ending Moles
Ending Grams
O₂ change:
Si ending moles:
O₂ ending moles:
SiO₂ ending moles:
M
mol
mol
mol
mol
SiO₂ change:
Si ending grams:
O₂ ending grams:
SiO₂ ending grams:
Resources
Submit All
mol
g
g
g
ΚΑ
Transcribed Image Text:stion 8 of 18 Macmillan Learning Ending Moles Ending Grams O₂ change: Si ending moles: O₂ ending moles: SiO₂ ending moles: M mol mol mol mol SiO₂ change: Si ending grams: O₂ ending grams: SiO₂ ending grams: Resources Submit All mol g g g ΚΑ
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