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Bohr's Model of a Hydrogen Atom

Which of the ...

Question

Which of the transition involves maximum amount of energy?

M^{-} (g) ⟶ M (g)

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M (g) ⟶ M^{+} (g)

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M^{+} (g) ⟶ M^{2 +} (g)

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M^{2 +} (g) ⟶ M^{3 +} (g)

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Solution

The correct option is C $M^{2 +} (g) ⟶ M^{3 +} (g)$
$M^{2 +} \to M^{3 +}$
After the removal of $2 e^{-}$ , the nuclear charge per electron increases due to which high energy is required to remove $3 e^{-}$ .

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Similar questions

M (s) ⟶ M (g)

M (g) ⟶ M^{2 +} (g) + 2 e^{-}

M (g) ⟶ M^{+} (g) + e^{-}

M^{+} (g) ⟶ M^{2 +} (g) + e^{-}

M (g) ⟶ M^{2 +} (g) + 2 e^{-}

M

M (s) \to M (g) M (s) \to M^{2 +} (g) + 2 e^{-}

M (g) \to M^{+} (g) + e^{-} M^{+} (g) \to M^{2 +} (g) + e^{-}

M (g) \to M^{2 +} (g) + 2 e^{-}

M (s) \to M (g) . . . . . (i)

M (s) \to M^{2 +} (g) + 2 e^{-} . . . . . (i i)

M (g) \to M^{+} (g) + e^{-} . . . . . . (i i i)

M^{+} (g) \to M^{2 +} (g)^{+} e^{-} . . . . . . (i v)

M (g) \to M^{2 +} (g) + 2 e^{-} . . . . . (v)

M

M (s) \to M (g) . . . . . (a)

M (s) \to M^{2 +} (g) + 2 e^{-} . . . . . (b)

M (g) \to M^{+} (g) + e^{-} . . . . . (c)

M^{+} (g) \to M^{2 +} (g) + e^{-} . . . . . (d)

M (g) \to M^{2 +} (g) + 2 e^{-} . . . . . (e)

M (s)

M^{+} (g)

M (g) \to M^{+} (g) + e^{-}; Δ H = 100 e V M (g) \to M^{2 +} (g) + 2 e^{-}; Δ H = 250 e V

I E =

Δ H_{g e} =

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