The atomic radii of transition elements from Cr to Cu are almost equal because

Question

The atomic radii of transition elements from Cr to Cu are almost equal because (A) Increased effective nuclear charge is balanced by decreased screening effect of electrons in (n-1)d-orbitals (B) Increased effective nuclear charge is balanced by increased screening effect of (n-1)d-orbitals (C) Decreased effective nuclear charge is balanced by increased screening effect of electrons in (n-1)d-orbitals (D) None of these

Tardigrade Admin · Accepted Answer

From textCr to textCu, elements have half or more than half filled (n-1)d-orbitals. Here, an increase in effective nuclear charge is balanced by increased screening effect of electrons in (n - 1)d-orbitals.

Q. The atomic radii of transition elements from Cr to Cu are almost equal because

Increased effective nuclear charge is balanced by decreased screening effect of electrons in (n-1)d-orbitals

Increased effective nuclear charge is balanced by increased screening effect of (n-1)d-orbitals

Decreased effective nuclear charge is balanced by increased screening effect of electrons in (n-1)d-orbitals

None of these

From $Cr$ to $Cu,$ elements have half or more than half filled (n-1)d-orbitals. Here, an increase in effective nuclear charge is balanced by increased screening effect of electrons in (n - 1)d-orbitals.

Q. The atomic radii of transition elements from Cr to Cu are almost equal because

Increased effective nuclear charge is balanced by decreased screening effect of electrons in (n-1)d-orbitals

Increased effective nuclear charge is balanced by increased screening effect of (n-1)d-orbitals

Decreased effective nuclear charge is balanced by increased screening effect of electrons in (n-1)d-orbitals

None of these

From Cr to Cu, elements have half or more than half filled (n-1)d-orbitals. Here, an increase in effective nuclear charge is balanced by increased screening effect of electrons in (n - 1)d-orbitals.

From $Cr$ to $Cu,$ elements have half or more than half filled (n-1)d-orbitals. Here, an increase in effective nuclear charge is balanced by increased screening effect of electrons in (n - 1)d-orbitals.