Consider the reaction given below :

Consider thew reaction given below :

Consider the reactions given below .On the basis of these reactions ,Find out which of the algebraic relations given in options (a) to(d) is correct? (p)C(g)+4H(g)toCH_(4)(g), Delta_(r)H=xKJ mol^(-1) (Q)C("graphite")+2H_(2)(g)to CH_(4)(g), Delta_(r)H=yKJmol^(-1)

Consider the reactions given below .On the basis of these reactions ,Find out which of the algebraic relations given in options (a) to(d) is correct? (p)C(g)+4H(g)toCH_(4)(g), Delta_(r)H=xKJ mol^(-1) (Q)C("graphite")+2H_(2)(g)to CH_(4)(g), Delta_(r)H=yKJmol^(-1)

Consider the reactions given below. On the basis of these reactions find out which of the algebric relations given in options (a) to (d) is correct ? (i) C_((g))+4H_((g))rarrCH_(4(g)),Delta_(r)H=x" kJ mol"^(-1) (ii) C_("(graphite, s)")+2H_(2(g))rarrCH_(4(g)),Delta_(r)H="y kJ mol"^(-1) (A)x = y (B)x = 2y (C)x > y (D)x < y

Consider the reactions given below. On the basis of these reactions find out which of the algebric relations given in options a) to d) is correct? i) C(g) + 4H(g) rarr CH_4(g), DeltaH = xkJ mol^-1, (ii) C("graphite")+2H_2(g)rarr CH_4(g), DeltaH = y kJ mol^-1

Consider the reaction sequence below :