For the reaction,
`A(s)+3B(s)to4C(s)+D(l)`
`DeltaH` and `DeltaU` are related as-

For the reaction, A(s) + 3B(g) rarr 4C(g) + d(l) Delta H and Delta U are related as :

For the reaction, A(s) + 3B(g) rarr 4C(g) + d(l) Delta H and Delta U are related as :

For the reaction , A_((s))+3B_((g))to 4C_((s))+D_((l)). DeltaH "and" DeltaU are related as__________.

For the reaction 2A(g)+3B(l)rarrC(g)+4D(l),DeltaH=300"cal//mol" Calculate DeltaU (in calories) of reaction when 3 moles of A (g) react with 4 moles of B (l) at 27^(@)C. (R=2"cal//mol"-K)

Statement -1 in the following reaction : C(s)+O_(2)(g)to CO_(2) (g), DeltaH=DeltaU-RT Statement -2: DeltaH Is related to DeltaU by the equation , DeltaH=DeltaU+Deltan_(g)RT

Statement -1 in the following reaction : C(s)+O_(2)(g)to CO_(2) (g), DeltaH=DeltaU-RT Statement -2: DeltaH Is related to DeltaU by the equation , DeltaH=Delta+Deltan_(g)RT

The heat change for the reaction C(s)+2S(s)toCS_(2)(l) is called the heat of

The heat change for the reaction C(s)+2S(s)toCS_(2)(l) is called the heat of

For reaction 2A(g)+3B(g)to4C(g)+D(s) Calulate work involved during system reaction if reaction occurs at constant pressure and 300K:

The enthalpy change for chemical reaction is denoted aas DeltaH^(Theta) and DeltaH^(Theta) = H_(P)^(Theta) - H_(R)^(Theta) . The relation between enthalpy and internal enegry is expressed by equation: DeltaH = DeltaU +DeltanRT where DeltaU = change in internal enegry Deltan = change in number of moles, R = gas constant. For a reaction, 2X(s) +2Y(s) rarr 2C(l) +D(g), DeltaH at 27^(@)C is -28 kcal mol^(-1). DeltaU is ..... kcal mol^(-1)