3 3 Use the balanced equation. CaCO3 + SO2 CaSO3 + CO2 In a particular experiment, 255 g of CaCO3 (molar mass = 100.09g/mol) was exposed to 135 g of SO₂ (molar mass = 64.07g/mol). What is the maximum number of CaSO3 (molar mass = 120.15g/mol) in grams that can be produced? Place only the numeric answer in the box, no units/% sign. If the answer is 12.34g O2, only type 12.34 in the box.

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Use the balanced equation. CaCO3 + SO2 CaSO3 + CO₂
In a particular experiment, 255 g of CaCO3 (molar mass = 100.09g/mol) was exposed to 135 g of SO₂ (molar mass = 64.07g/mol).What is
the maximum number of CaSO3 (molar mass = 120.15g/mol) in grams that can be produced?
Place only the numeric answer in the box, no units/% sign. If the answer is 12.34g O2, only type 12.34 in the box.
Transcribed Image Text:3 3 Use the balanced equation. CaCO3 + SO2 CaSO3 + CO₂ In a particular experiment, 255 g of CaCO3 (molar mass = 100.09g/mol) was exposed to 135 g of SO₂ (molar mass = 64.07g/mol).What is the maximum number of CaSO3 (molar mass = 120.15g/mol) in grams that can be produced? Place only the numeric answer in the box, no units/% sign. If the answer is 12.34g O2, only type 12.34 in the box.
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If only 198g of CaSO3 was isolated from the products in the question above, what was the percentage yield in grams of CaSO3 in this experiment ?

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