The reaction `CH_(4)(g)+Cl_(2)(g)to CH_(3)Cl(g)+HCl(g) has DeltaH=-25kcal`
`{:(Bond,"Bond Energy ,kcal"),(epsi_(C)-Cl,84),(epsi_(H-Cl),103),(epsi_(C-H),x),(epsi_(Cl-Cl),y):}`
x:y=9.5
From the given data , what is the bond energy of `Cl-Cl` bond?

The reaction CH_(4) (g) + Cl_(2) (g) rarr CH_(3)Cl (g) + HCl (g) has Delta H = -25 kCal. {:("Bond","Bond Energy k Cal"),(epsi_(C - Cl),84),(epsi_(H - Cl),103),(epsi_(C - H),x),(epsi_(Cl - Cl),y),(" "x : y = 9 : 5,):} From the given data, what is the bond energy of Cl- Cl bond (in k.cal)

For the reaction , CH_(4)+Cl_(2)toCH_(3)Cl+HCl which expression given DeltaH ? {:("Bond dissociation",Kj.mol^(-1)),(C-H,413),(C-Cl,328),(Cl-Cl,242),(H-Cl,431):}

For the reaction : H_(2(g))+Cl_(2(g))rarr 2HCl, DeltaH=-"44 kcal" What is the enthalpy of decomposition of HCl?

For the reaction : H_(2(g))+Cl_(2(g))rarr 2HCl, DeltaH=-"44 kcal" What is the enthalpy of decomposition of HCl?

If the enthalpy change for the reaction, CH_(4)(g)+Cl_(2)(g)toCH_(3)Cl(g)+HCl(g),DeltaH=-25 kcal, bond energy of C-H is 20 kcal mol^(-1) greater than the bond energy of C-Cl and bond energies of H-H and H-Cl are same in magnitude, then for the reaction H_(2)(g)+Cl_(2)(g)to2HCl(g),DeltaH= ?

If the enthalpy change for the reaction CH_4(g)+Cl_2(g)rarrCH_3Cl(g)+HCl(g) , triangleH =-25 kcal. Bond energy of C-H is 20kcal/mol greater than the bond energy of C-Cl and bond energies of H-H and H-Cl are same in magnitude, then for the reaction: 1//2H_2(g)+1//2Cl_2(g)rarrHCl(g) triangleH is

Determine enthalpy change for the reaction, CH_(4(g))+Cl_(2(g))rarr CH_(3)Cl_((g))+HCl_((g)) Bond energies for C-H,C-Cl,Cl-Cl,H-Cl are 412,338,242,431k J mol^(-1) respectively.