[" 7.Which is true for the combustion idf sucrose "],[(.740" ) as "25c" .(2) "AH

Which is true for the combustion of sucrose (C_(12)H_(22)O_(11)) at 25^(@)C :-

Which is true for the combustion of sucrose (C_(12)H_(22)O_(11)) at 25^(@)C :-

The boiling point of diethyl ether is 34.6^(@)C . Which is true for the vaporization of diethyl ether at 25.0^(@)C ?

Which of the following statement is not True for sucrose?

Combustion of sucrose is used by aerobic organisms for providing energy for the life sustaining process. If all the capturing of energy from the reaction is done through electrical process (non P-V work), then calculate, maximum available energy which can be captured by combustion of 34.2 g of sucrose : (Given : DeltaH_("combustion")("sucrose")=-6000kJmol^(-1) DeltaS_("combustion")=180j//K-mol and bodyntemperature is 300 K)

Combustion of sucrose is used by aerobic organisms for providing energy for the life sustaining process. If all the capturing of energy from the reaction is done through electrical process (non P-V work), then calculate, maximum available energy which can be captured by combustion of 34.2 g of sucrose : (Given : DeltaH_("combustion")("sucrose")=-6000kJmol^(-1) DeltaS_("combustion")=180j//K-mol and bodyntemperature is 300 K)

Combustion of sucrose is used by aerobic organisms for providing energy for the life sustaining process. If all the capturing of energy from the reaction is done through electrical process (non P-V work), then calculate, maximum available energy which can be captured by combustion of 34.2 g of sucrose : (Given : DeltaH_("combustion")("sucrose")=-6000kJmol^(-1) DeltaS_("combustion")=180j//K-mol and bodyntemperature is 300 K)

Combustion of sucrose is used by aerobic organisms for providing energy for the life substaining process. If all the capturing from the reaction is done through electrical process (non P-V work) then calculate maximum available energy which can be captured by combustion of 34.2 gm of sucrose Given : Delta H_("sucrose") = -6000 kJ mol^(-1) , Delta S_("combustion") = 180 J// K mol and body temperature is 300 K.

The difference in Delta H and Delta E for the combustion of methane at 25^(@)C would be :-

The difference in Delta H and Delta E for the combustion of methane at 25^(@)C would be :-