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How many electrons does silver have to give up to become an ion?

How many electrons does silver have to give up to become an ion?

Silver (symbol: Ag) is a metal and has only 1 ion ( ), which is formed when the silver atom loses 1 electron. Metals generally have a tendency to lose one or more electrons, and this results in the formation of metal cations.

How many electrons can silver give?

47
Silver Atomic and Orbital Properties

Atomic Number 47
Number of Electrons (with no charge) 47
Number of Protons 47
Mass Number 108
Number of Neutrons 61

What is a pseudo noble-gas electron configuration?

Pseudo – inert gas configuration means having 18 electron instead of 8 electrons in (n−1) shell electronic configuration after gaining or loosing electron. The ions of certain elements are stable as they have a complete valence shell but do not have the configuration of a noble gas .

Which of the following has a pseudo noble gas configuration?

Elements having d orbital also filled along with the s and p orbital are said to have pseudo gas configuration. Here, only \[C{{u}^{+}}\] has 18 electrons in its outer shell. So, only \[C{{u}^{+}}\]has pseudo inert gas configuration and all others have inert gas configuration. So, the correct answer is “B”.

Does silver gain or lose electrons?

Silver is a metal that will always lose one electron.

What is the complete electron configuration for silver?

[Kr] 4d¹⁰ 5s¹
Silver/Electron configuration

How many D sub level electrons are there in an ion that has a pseudo noble gas configuration?

The resulting configuration with 18 electrons in the outermost principal energy level is referred to as a pseudo noble-gas electron configuration.

Why does silver lose an electron?

The atomic number of Ag is 47 and since it’s a neutral element, this means Ag has 47 electrons. We have one electron in the 5s subshell. Losing this electron allows the Ag+ ion to be stable since all orbitals in the 4th energy level are full.

Can silver have a +2 charge?

Although silver can form both +1 and +2 cations, the +2 is so rare that we usually name Ag+ as silver ion, not silver(I) ion. Ag2+ is named silver(II) ion. We will assume that all of the metallic elements other than those mentioned above can have more than one charge, so their cation names will include a Roman numeral.