Which of the following equation is used in Paulings scale of electronegativity?

Question

Which of the following equation is used in Paulings scale of electronegativity? (A) xA=0.187(I E+E A)+0.17 (B) xA-xB=0.182 (C) [EA-B-√(EA-A × EB-B)]1 / 2 (D) None of the above

Tardigrade Admin · Accepted Answer

According to Pauling's scale of electronegativity. xA-xB =0.182[(EA-B-(EA-A × EB-B)1 / 2].

Q. Which of the following equation is used in Paulings scale of electronegativity?

$x_{A} = 0.187 (I E + E A) + 0.17$

$x_{A} - x_{B} = 0.182$

$[E_{A - B} - (E_{A - A} \times E_{B - B})]^{1/2}$

None of the above

According to Pauling's scale of electronegativity.
$x_{A} - x_{B} = 0.182 [(E_{A - B} - (E_{A - A} \times E_{B - B})^{1/2}]$

Q. Which of the following equation is used in Paulings scale of electronegativity?

xA​=0.187(IE+EA)+0.17

xA​−xB​=0.182

[EA−B​−(EA−A​×EB−B​)​]1/2

None of the above

According to Pauling's scale of electronegativity. xA​−xB​=0.182[(EA−B​−(EA−A​×EB−B​)1/2]

$x_{A} = 0.187 (I E + E A) + 0.17$

$x_{A} - x_{B} = 0.182$

$[E_{A - B} - (E_{A - A} \times E_{B - B})]^{1/2}$

According to Pauling's scale of electronegativity.
$x_{A} - x_{B} = 0.182 [(E_{A - B} - (E_{A - A} \times E_{B - B})^{1/2}]$