Is there other electron configurations that has similar ionization energy as nitrogen?

Answer:The ionization energy of an atom is the amount of energy required to remove an electron from the gaseous form of that atom or ion.

1st ionization energy - The energy required to remove the highest energy electron from a neutral gaseous atom.

For Example:

Na(g) → Na+(g) + e- I1 = 496 kJ/mol

Notice that the ionization energy is positive. This is because it requires energy to remove an electron.

2nd ionization energy - The energy required to remove a second electron from a singly charged gaseous cation.

For Example:

Na+(g) → Na2+(g) + e- I2 = 4560 kJ/mol

The second ionization energy is almost ten times that of the first because the number of electrons causing repulsions is reduced.

3rd ionization energy - The energy required to remove a third electron from a doubly charged gaseous cation.

For Example:

Na2+(g) → Na3+(g) + e- I3 = 6913 kJ/mol

The third ionization energy is even higher than the second.

Successive ionization energies increase in magnitude because the number of electrons, which cause repulsion, steadily decrease. This is not a smooth curve There is a big jump in ionization energy after the atom has lost its valence electrons. An atom that has the same electronic configuration as a noble gas is really going to hold on to its electrons. So, the amount of energy needed to remove electrons beyond the valence electrons is significantly greater than the energy of chemical reactions and bonding. Thus, only the valence electrons (i.e., electrons outside of the noble gas core) are involved in chemical reactions.

The ionization energies of a particular atom depend on the average electron distance from the nucleus and the effective nuclear charge

These factors can be illustrated by the following trends:

alternatetext

1st ionization energy decreases down a group.

This is because the highest energy electrons are, on average, farther from the nucleus. As the principal quantum number increases, the size of the orbital increases and the electron is easier to remove.

Examples:

I1(Na) > I1(Cs)

I1(Cl) > I1(I)

1st ionization energy increases across a period.

This is because electrons in the same principal quantum shell do not completely shield the increasing nuclear charge of the protons. Thus, electrons are held more tightly and require more energy to be ionized.

Examples:

I1(Cl) > I1(Na)

I1(S) > I1(Mg)

The graph of ionization energy versus atomic number is not a perfect line because there are exceptions to the rules that are easily explained.

EnergyGraph

Filled and half-filled subshells show a small increase in stability in the same way that filled shells show increased stability. So, when trying to remove an electron from one of these filled or half-filled subshells, a slightly higher ionization energy is found.

Example 1:

Example1

I1(Be) > I1(B)

It's harder to ionize an electron from beryllium than boron because beryllium has a filled "s" subshell.

Example 2:

Example1

I1(N) > I1(O)

Nitrogen has a half-filled "2p" subshell so it is harder to ionize an electron from nitrogen than oxygen.

Explanation:

The energy needed to remove an electron from an atom or ion's gaseous state is known as the ionisation energy of that atom.

The energy needed to expel the highest-energy electron from a neutral gaseous atom is known as the first ionisation energy.

The amount of energy required for an isolated, gaseous atom to discharge one electron, creating a cation, is known as the ionisation energy. Typically, this energy is represented as kJ/mol, or the energy required for every atom in a mole to lose one electron.

The amount of energy needed to ionise an atom or ion in a gas is known as the ionisation energy. The energy needed to liberate one mole of isolated gaseous atoms or ions from one mole of electrons is known as the first or initial ionisation energy, or Ei, of an atom or molecule.

Learn more about ionisation energy refer

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In binary fission, one cell reproduces into _____ cell(s).(1 point)
Responses

four
four

three
three

two
two

one

This is a science question

Students use charts to compare the climates in different regions of the world. Plateau Station, Antarctica, is described on one chart as being one of the coldest places on Earth. Its summers are cold and short. Its winters are dark and frigid. In which climate zone is Plateau Station likely located?

Is this correct? just an FYI This is a science question.

Which sources do meteorologists use to collect data on moisture?

An increase in the movements of particles in a substance is associated with an increase in energy

What are the answers

Breathing and Respiration
removes
Two parts to respiration:
1.
2.
a.
b.
body obtains and uses
down/lungs expand
uses
& water
: Air moves out automatically
to release
and
muscle moves
_: chemical reaction that
from food

Please describe the following.
1. Heat transfer
2. Conduction
3. Convection
4. Radiation
In your answer please put the number before the definition thank you.

Write a three paragraph essay about being a scientist. Include the following: If you could be any kind of scientist, what kind would you be? Why? Describe what your life would be like as the scientist you imagine.