M( g ) arrow M+( g )+e-, Δ H=100 eV M( g ) arrow M2+( g )+2 e-, Δ H=250 eV Which is the incorrect statement?

Question

M( g ) arrow M+( g )+e-, Δ H=100 eV M( g ) arrow M2+( g )+2 e-, Δ H=250 eV Which is the incorrect statement? (A) I1 of M(g) is 100 eV (B) I1 of M+(g) is 150 eV (C) I2 of M(g) is 250 eV (D) I2 of M(g) is 150 eV

Tardigrade Admin · Accepted Answer

M( g ) arrow M+( g )+e-, I1(M)=Δ H1=100 eV (a) is correct M+( g ) arrow M2+( g )+e-, I2(M)=250-100=150 eV or I2(M+)=150 eV (b) is correct I2 of M( g ) is 150 eV thus (c) is incorrect

Q. $M (g) \to M^{+} (g) + e^{-}, Δ H = 100 e V$
$M (g) \to M^{2 +} (g) + 2 e^{-}, Δ H = 250 e V$
Which is the incorrect statement?

$I_{1}$ of $M (g)$ is $100 e V$

$I_{1}$ of $M^{+} (g)$ is $150 e V$

$I_{2}$ of $M (g)$ is $250 e V$

$I_{2}$ of $M (g)$ is $150 e V$

$M (g) \to M^{+} (g) + e^{-}, I_{1} (M) = Δ H_{1} = 100 e V$
(a) is correct
$M^{+} (g) \to M^{2 +} (g) + e^{-}, I_{2} (M) = 250 - 100 = 150 e V$
or $I_{2} (M^{+}) = 150 e V$ (b) is correct
$I_{2}$ of $M (g)$ is $150 e V$ thus (c) is incorrect

Q. M(g)→M+(g)+e−,ΔH=100eV M(g)→M2+(g)+2e−,ΔH=250eV Which is the incorrect statement?

I1​ of M(g) is 100eV

I1​ of M+(g) is 150eV

I2​ of M(g) is 250eV

I2​ of M(g) is 150eV