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)`)

C+O_(2)rarrCO_(2) the reaction is

The equation for the burning of octane is 2C_(8)H_(18) + 25O_(2) to 16CO_(2) + 18H_(2)O What is the empirical formula of octane ?

The equation for the burning of octane is 2C_(8)H_(18) + 25O_(2) to 16CO_(2) + 18H_(2)O How many moles of carbon dioxide are produced when one mole of octane burns ?

The equation for the burning of octane is 2C_(8)H_(18) + 25O_(2) to 16CO_(2) + 18H_(2)O What volume at S.T .P. is occupied by the number of moles of carbon dioxide produced when one mole of octane burns ?

The equation for the burning of octane is 2C_(8)H_(18) + 25O_(2) to 16CO_(2) + 18H_(2)O If the relative molecular mass of carbon dioxide is 44, what is the mass of carbon dioxide produced by burning two moles of octane ?

Balance the following chemical equations. e) C_(3)H_(8)+O_(2)rarr CO_(2)+H_(2)O

Calculate the standard Gibbs enegry change for the combustion of alpha-D glucose at 300K . C_(6)H_(12)O_(6)(s) +6O_(2)(g) rarr 6CO_(2)(g) +6H_(2)O(l) Given the standard enthalpies of formation (kJ mol^(-1)) C_(6)H_(12)O_(6) =- 1274.5, CO_(2) =- 393.5, H_(2)O =- 285.8 . Entropies (J K mol^(-1)) C_(6)H_(12)O_(6) = 212.1, O_(2) = 205.0, CO_(2) =213, H_(2)O = 69.9