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Of the following iso-electronic ions, the one which has the lowest ionisation potential is

$N a^{+}$
$M g^{+ +}$
$F^{-}$
$O^{- -}$

The correct answer is: $N a to the power of plus end exponent$

In view of their low ionisation energies the alkali metals are

Chemistry-General

General

Chemistry-

The ionisation potential of hydrogen from ground state to the first excited state is

Chemistry-General

General

Chemistry-

Correct increasing order of first ionistion potential is

Chemistry-General

General

Chemistry-

Correct order of polarising power is

Chemistry-General

General

Chemistry-

The correct sequence of elements in decreasing order of first ionisation energy is

Chemistry-General

General

Chemistry-

Which of the following electrons should have the highest value of ionisation energy (for the same value of the principal quantum number)

Chemistry-General

General

Chemistry-

Which is the correct order of the first ionization potential of N, O and C

Which is the correct order of the first ionization potential of N, O and C
Chemistry-General

General
Chemistry-
The decreasing order of the ionisation potential in the following elements is
The decreasing order of the ionisation potential in the following elements is
Chemistry-General
General
Chemistry-
Among the following options, the sequence of increasing first ionisation potential will be
Among the following options, the sequence of increasing first ionisation potential will be
Chemistry-General
General
Chemistry-
The set representing the correct order of first ionisation potential is
The set representing the correct order of first ionisation potential is
Chemistry-General

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Of the following iso-electronic ions, the one which has the lowest ionisation potential is

The correct answer is:

Related Questions to study

In view of their low ionisation energies the alkali metals are

In view of their low ionisation energies the alkali metals are

The ionisation potential of hydrogen from ground state to the first excited state is

The ionisation potential of hydrogen from ground state to the first excited state is

Correct increasing order of first ionistion potential is

Correct increasing order of first ionistion potential is

Correct order of polarising power is

Correct order of polarising power is

The correct sequence of elements in decreasing order of first ionisation energy is

The correct sequence of elements in decreasing order of first ionisation energy is

Which of the following electrons should have the highest value of ionisation energy (for the same value of the principal quantum number)

Which of the following electrons should have the highest value of ionisation energy (for the same value of the principal quantum number)

Highest ionisation energy stands for

Highest ionisation energy stands for

Spectrum of is similar to that of

Spectrum of is similar to that of

The first ionisation energy of lithium will be

The first ionisation energy of lithium will be

Which of the following has the least ionization potential

Which of the following has the least ionization potential

Which of the following order is wrong

Which of the following order is wrong

Which is the correct order of the first ionization potential of N, O and C

Which is the correct order of the first ionization potential of N, O and CChemistry-General

The decreasing order of the ionisation potential in the following elements is

The decreasing order of the ionisation potential in the following elements is

Among the following options, the sequence of increasing first ionisation potential will be

Among the following options, the sequence of increasing first ionisation potential will be

The set representing the correct order of first ionisation potential is

The set representing the correct order of first ionisation potential is

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The correct answer is: $N a to the power of plus end exponent$

Spectrum of $L i to the power of 2 plus end exponent$ is similar to that of

Spectrum of $L i to the power of 2 plus end exponent$ is similar to that of

Which is the correct order of the first ionization potential of N, O and C
Chemistry-General