Solve

Guides

Reactivity Trends (Group 2)

Question

The electron affinity of $X$ is equal in magnitude with the ionisation potential of :

A

X^{+}

B

X^{-}

C

X

D

X^{2 -}

Open in App

Solution

Verified by Toppr

The electron affinity of X is equal in magnitude with the ionization potential of $X^{-}$ .
$X + e^{-} \to X^{-}$ ......Electron affinity of X
$X^{-} - e^{-} \to X$ ........Ionization potential of $X^{-}$

Was this answer helpful?

1

Similar Questions

Q1

The compound $X^{+} Y^{-}$ is formed when:

View Solution

Q2

If $x, y$ and $z$ are the electronegativity, ionisation potential and electron-affinity respectively. Then the electron affinity $(z)$ in the terms of electronegativity $(x)$ and ionisation potential $(y)$ will be:

View Solution

Q3

The ionic bonds $X^{+} Y^{-}$ are formed when:

View Solution

Q4

A_{0} / 2

atoms of

X (g)

are converted into

X^{+} (g)

by absorbing energy

E_{1}

.

A_{0} / 2

of

X^{+} (g)

are converted into

X^{-} (g)

with the release of energy,

E_{2}

. Hence the ionisation energy and the electron affinity of

X (g)

are repectively _____ and _______.

View Solution

Q5

If $x, y and z$ are electronegativity, ionisation potential and electron-affinity respectively. Then the electron affinity $(z)$ in the terms of electronegativity $(x)$ and ionisation potential $(y)$ will be:

View Solution

Solve

Guides