MCQ
Born Haber cycle may be used to calculate
$I$. ${\Delta _{eg}}H$
$II.$ Mass number
$III.$ Electronegativity
$IV.$ Lattice energy
  • A
    $I$
  • B
    $I, III$
  • C
    $II, III$
  • $I, IV$

Answer

Correct option: D.
$I, IV$
d
According to Born Habor equation

$S.E + E + \frac{1}{2}\,\left( {BDE} \right) + \left( { - \Delta {H_{eg}}} \right) + \left( { - L.E.} \right) =  - \Delta H$

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