Five ionization energy values in kJ / mol are listed below: E1=870, E2=830, E3=1010, E4=1290, E5=376 These are

Question

Five ionization energy values in kJ / mol are listed below: E1=870, E2=830, E3=1010, E4=1290, E5=376 These are (A) Successive ionization energies for the element with atomic number 5 (B) The first I.E. of successive elements in group 15,16 , 17,18 and 1 respectively (C) The first I.E.of elements with atomic number 1 to 5 (D) Successive I.E. for transition elements with four electrons in d-subshell

Tardigrade Admin · Accepted Answer

Correct answer is (d) Successive I.E. for transition elements with four electrons in d-subshell

Q. Five ionization energy values in $k J / m o l$ are listed below: $E_{1} = 870, E_{2} = 830, E_{3} = 1010, E_{4} = 1290, E_{5} = 376$ These are

Successive ionization energies for the element with atomic number $5$

The first $I . E .$ of successive elements in group $15, 16, 17, 18$ and $1$ respectively

The first $I . E .$ of elements with atomic number $1$ to $5$

Successive $I . E$ . for transition elements with four electrons in $d -$ subshell

Correct answer is (d) Successive $I . E$ . for transition elements with four electrons in $d -$ subshell

Q. Five ionization energy values in kJ/mol are listed below: E1​=870,E2​=830,E3​=1010,E4​=1290,E5​=376 These are

Successive ionization energies for the element with atomic number 5

The first I.E. of successive elements in group 15,16,17,18 and 1 respectively

The first I.E.of elements with atomic number 1 to 5

Successive I.E. for transition elements with four electrons in d−subshell