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202 9. The heat evolved in the combustion of methane is given by the following equations:- CH,(g) + 20,(g) + CO2(g) + 2H,O(l); AH = -890.3kJ How many grams of methane would be required to produce 445.15 kJ of heat of combustion (1) 4g (2) 16 g (3) 8 g (4) 12 g

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Similar Questions
Q1
The heat evolved in the combustion of methane is given by the following equations:
$$CH_{4}(g)+2O_{2}(g)\rightarrow CO_{2}(g)+H_{2}O(l);\Delta H=-890.3 kJ$$
How many grams of methane would be required to produce $$445.15
kJ$$ of heat of combustion?
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Q2
How many grams of methane are required to produce 22 g CO2 by combustion?
CH4+2O2CO2+2H2O
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Q3
The heat evolved in the combustion of methane is –890.3 KJmol–l. Calculate
a) The amount of methane required to produce 445.15 KJ of heat on combustion.
b) The amount of CO2 produced when 445.15 KJ of heat is evolved.
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Q4
How many gram molecules of methane are required to produce 22g CO2(g) after combustion?
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Q5
The heat of combustion of methane is -880 kJ mol1. If 3.2 g of methane is burnt _________ of heat is evolved.
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