Silver atom has completely filled d-orbitals in its ground state, it is still considered to be a transition element. Justify the statement.

Papers Sign In Request access

Free previous-year papers & practice for JEE, NEET and CBSE Boards.

Papers Privacy Terms Contact

Papers Sign In Request access

Free previous-year papers & practice for JEE, NEET and CBSE Boards.

Papers Privacy Terms Contact

Standard Electrode Potential, Electronic Configuration of d-Block Elements, Alloy Formation by Transition Metals | PadhAiPro

Question

TextStandard Electrode PotentialElectronic Configuration of d-Block ElementsAlloy Formation by Transition MetalsCBSE PYQ

Similar Questions

Account for the following :

CASE_STUDIESElectronic Configuration of d-Block ElementsCatalytic Property of Transition MetalsLanthanide Contraction and Its Consequences

Why do transition metals form alloys ?

TextStandard Electrode PotentialElectronic Configuration of d-Block ElementsAlloy Formation by Transition Metals

Which is the most common oxidation state in Lanthanoids ?

TextElectronic Configuration of d-Block ElementsVariable Oxidation States of Transition MetalsOxidation States of Lanthanides

Why is there a gradual decrease in the atomic sizes of transition metals in a series with increasing atomic numbers ?

TextElectronic Configuration of d-Block ElementsVariable Oxidation States of Transition MetalsOxidation States of Lanthanides

Calculate the number of unpaired electrons in the following gaseous ions : V3+, Ti3+

TextElectronic Configuration of d-Block ElementsVariable Oxidation States of Transition MetalsOxidation States of Lanthanides

Assertion (A): Zinc is not regarded as a transition element. Reason (R): In zinc, 3d orbitals are completely filled in its ground state as well as in its oxidised state.

Assertion-ReasonElectronic Configuration of d-Block Elements