The standard enthalpies of formation of `SF_(6)(g)` , `S(g)` and `F(g)` are `-1150` , `+280` and `+85KJmol^(-1)` . Thus, average bond energy of `(S-F)` in `SF_(6)` is

The standard heat of formation values of SF_(6)(g), S(g) , and F(g) are -1100, 275 , and 80 kJ mol^(-1) , respectively. Then the average S-F bond enegry in SF_(6)

The standard heat of formation values of SF_(6)(g), S(g) , and F(g) are -1100, 275 , and 80 kJ mol^(-1) , respectively. Then the average S-F bond enegry in SF_(6)

The standard heat of formation values of SF_(6)(g), S(g) , and F(g) are -1100, 275 , and 80 kJ mol^(-1) , respectively. Then the average S-F bond enegry in SF_(6)

Estimate the average S-F bond enthalpy in SF_(6) . The values of standard enthalpy of formation of SF_(6)(g),S(g) and F(g) are :- 1100, 274 and 80 kJ mol^(-1) respectively.

Estimate the average S-F bond enthalpy in SF_(6) . The values of standard enthalpy of formation of SF_(6)(g),S(g) and F(g) are :- 1100, 274 and 80 kJ mol^(-1) respectively.

Estimate the average S-F bond energy in SF_(6) . The value of standard enthalpy of formation of SF_(6(g)), S_((g)) and F_((g)) " are" -1100, 275 and 80 kJ mol^ (-1) respectively. (Give your answer after divide with 51.5)

The average S-F bond energy in kJ mol^(-1) of SF_(6) is ________ (Rounded off to the nearest integer) [Given : The values of standard enthalpy of formation of SF_(6)(g),S(g) and F(g) are -1100, 275 and 80 kJ mol^(-1) respectively. ]