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[" When "5" litres of a gas mixture of methane "],[" and propane is perfectly combusted at "],[0^(@)C" and "1" atmosphere,"16" litres of oxygen "],[" at the same temperature and pressure is "],[" consumed.The amount of heat released "],[" from this combustion in "kJ(Delta H_(" comb.")(CH_(4))=],[890kJmol^(-1),Delta H_(" comb.")(C_(3)H_(8))=2220kJmol^(-1))" is "]

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When 5 litres of a gas mixture of methane and propane is perfectly combusted at 0^(@)C and 1 atmpsphere, 16 litres of oxygen at the same temperature and pressure is consumed. The amount of heat released from this combustion in kJ (Delta H _("comb.)) (CH _(4)) = 890 kJ mol ^(-1) , Delta H _("comb.) (C_(3) H _(8)) = 2220 kJ mol ^(-1))

When 5 litres of a gas mixture of methane and propane is perfectly combused at 0^(@)C and 1 atmosphere, 16 litres of oxygen at the same temperature and pressure is consumed. The amount of heat released from this combustion in kJ [DeltaH_("comb.")(CH_(4))=890 " kJ mol"^(-1), DeltaH_("comb")(C_(3)H_(8))=2220 " kJ mol"^(-1)] is

When 5 litres of a gas mixture of methane and propane is perfectly combusted at 0^(@)C and 1 atmosphere, 16 litre of oxygen at the same temperature and pressure is consumed. The amount of heat released from this combustion in kJ (Delta H_(comb) (CH_(4)) = 890 kJ mol^(-1), Delta H_(comb) (C_(3)H_(8)) = 2220 kJ mol^(-1)) is

When 5 litres of a gas mixture of methane and propane is perfectly combusted at 0^(@)C and 1 atmosphere, 16 litre of oxygen at the same temperature and pressure is consumed. The amount of heat released from this combustion in kJ (Delta H_(comb) (CH_(4)) = 890 kJ mol^(-1), Delta H_(comb) (C_(3)H_(8)) = 2220 kJ mol^(-1)) is

When 15.68 litres of a gas mixture of methane and propane are fully combusted at 0^@C and 1 atmosphere, 32 litres of oxygen at the same temperature and pressure are consumed. The amount of heat released from this combustion in kJ is ( DeltaH_C(CH_4) =-890 kJ mol^(-1) and DeltaH_C(C_3H_8)=-2220 kJ "mol"^(-1) )