2. What mass of calcium carbonate CaCO3 (MM=100 g/mol) must be heated to form 3.00L of CO, gas at STP? -→ CaO (s) + CO2 (g) CaCO3 (s) + * Sample 3. Ample of 4.00 g of methane CH4 (MM=16 g/mol) is mixed with 15.0 g. of chlorine C12 (MM=70 g/mol). Determine which is the limiting and excess reagent according to the ff. reaction CH, + 4CI, -→ CCI, + 4HCI

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2. What mass of calcium carbonate CaCO3 (MM=100 g/mol) must
be heated to form 3.00L of CO, gas at STP?
CaCO, (s) + ---→ CaO (s) + CO, (g)
A sample
3. Ample of 4.00 g of methane CH4 (MM=16 g/mol) is mixed with
15.0 g. of chlorine Cl2 (MM=70 g/mol). Determine which is the
limiting and excess reagent according to the ff. reaction
CH, + 4Cl, -→ CCI, + 4HCI
Transcribed Image Text:2. What mass of calcium carbonate CaCO3 (MM=100 g/mol) must be heated to form 3.00L of CO, gas at STP? CaCO, (s) + ---→ CaO (s) + CO, (g) A sample 3. Ample of 4.00 g of methane CH4 (MM=16 g/mol) is mixed with 15.0 g. of chlorine Cl2 (MM=70 g/mol). Determine which is the limiting and excess reagent according to the ff. reaction CH, + 4Cl, -→ CCI, + 4HCI
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