Consider the following process :-
`Ato2B,DeltaH=+150 KJ`
`3Bto2C+D,DeltaH=+350 KJ`
`G+Ato2D,DeltaH=+350 KJ`
For `B+DtoG+2C,DeltaH` will be

Consider the following process : {:((1)/(2)A to B , Delta H =+ 150(kJ //mol)), (3 B to 2 C +D, Delta H= -125 (kJ//mol)), (E +A to 2 D, Delta H = + 350 (kJ//mol)):} For B + D to E + 2C, Delta H will be

Given these reactions : Ato2B DeltaH=40KJ BtoCDeltaH=-50KJ 2CtoD DeltaH=-20KJ Calculate DeltaH for the reaction : D+Ato4C

If (1)/(2)AtoB,DeltaH=+150kJ*mol^(-1),3B to 2C+D,DeltaH=-125kJ*mol^(-1),E+Ato2D,DeltaH=+350kJ*mol^(-1) then DeltaH of the reaction B+D to E+2C will be-

A hypothetical reaction Ato2B , proceeds through following sequence of steps (i) A to C,DeltaH=q (ii) C to D,DeltaH=v (iii) (1)/(2)D to B,DeltaH=x Then, the heat of reaction is

A hypothetical reaction Ato2B , proceeds through following sequence of steps (i) A to C,DeltaH=q (ii) C to D,DeltaH=v (iii) (1)/(2)D to B,DeltaH=x Then, the heat of reaction is

Consider the following processes :- {:(,DeltaH(kJ//mol)),((1)/(2)A rarr B,+150),(3B rarr2C+D,-125),(E+A rarr 2D,+350),("For "B+D rarr E+2C",",Delta H" will be"):}

Consider the following processes :- {:(,DeltaH(kJ//mol)),((1)/(2)A rarr B,+150),(3B rarr2C+D,-125),(E+A rarr 2D,+350),("For "B+D rarr E+2C",",Delta H" will be"):}