What volume of `O_(2)` at 2.00 atm pressure and `27^(@)C` is requried to burn 10.0 g of heptane `(C_(7)H_(16))` ?
`C_(7)H_(16) + 11 O_(2) to 7 CO_(2) + 8 H_(2)O`

What volume of O_(2) at 2.00 atm pressure and 27^(@)C is required to burn 10.0 g of heptane (C_(7)H_(16)) ? C_(7)H_(16) + 11 O_(2) to 7 CO_(2) + 8 H_(2)O

What is the volume of O_(2) needed to burn 60 L of octane at STP ? Equaton 2C_(6)H_(8)+25O_(2) to 16CO_(2)+18H_(2)O R.A.N.:C=12,H=1,O=16

Equal volumes of C_(2)H_(2) and H_(2) are combusted under identical conditons. The ratio of evolved in i.e. for C_(2)H_(2) and H_(2) is: H_(2)(g) + 1/2O_(2) (g) to H_(2)O(g), DeltaH=-241.8 kJ C_(2)H_(2)(g) + 21/2O_(2)(g) to 2CO_(2)(g) + H_(2)O(g), DeltaH = -1300 kJ

For the combustion of n-octane C_(8)H_(18)+O_(2)rarrCO_(2)+H_(2)O at 25^(@)C (ingnoring resonance in CO_(2) )

For the combustion of n-octane C_(8)H_(18)+O_(2)rarrCO_(2)+H_(2)O at 25^(@)C (ingnoring resonance in CO_(2) )

For the combustion of n-octane C_(8)H_(18)+O_(2)rarrCO_(2)+H_(2)O at 25^(@)C (ingnoring resonance in CO_(2) )

Calculate the standard enthalpy of the reaction, 2C_(("graphite")) + 3 H_(2(g)) to C_(2) H_(6(g)) Delta H^(@) = ? from the following Delta H^(@) values: (a) C_(2) H_(6(g)) + (7)/(2) O_(2(g)) to 2CO_(2(g)) + 3H_(2) O_((1)) Delta H^(@) = - 1560 kJ (b) H_(2(g)) + (1)/(2) O_(2(g)) to H_(2) O_((1)) Delta H^(@) = - 285.8 kJ (c ) C_(("graphite")) + O_(2(g)) to CO_(2(g)) Delta H^(@) = - 393.5 kJ