k shell is nearest to the nucleus, but it cannot be said that it shields the nucleus MOST.
k shell is nearest to the nucleus, but it cannot be said that it shields the nucleus MOST.
K is the old symbol for the first electron shell in atoms (near the nucleus). The K shell contain max. 2 electrons.
The atoms in the valance shell. The atoms furthest from the nucleus. ( ' highest ' )
The K shell is closest to the nucleus, and is the smallest shell, so when electrons are in that shell they are close to each other, and therefore also have a strong repulsion toward each other (since the electrostatic force varies inversely according to the square of the distance between two charged objects). The attractive force between the positive nucleus and the negative electrons is enough to hold two electrons in the K shell, but if a third electron were to enter that shell, the repulsive force between the three negatively charged electrons would be greater than the attraction that the electrons would have for the nucleus, and therefore one of the electons would be forced out of the shell.
The K shell of an atom can hold up to 2 electrons.
k shell is nearest to the nucleus, but it cannot be said that it shields the nucleus MOST.
The K shell is first shell closest to the nucleus.
K is the old symbol for the first electron shell in atoms (near the nucleus). The K shell contain max. 2 electrons.
The atoms in the valance shell. The atoms furthest from the nucleus. ( ' highest ' )
K is the ist shell so closest to the nucleus having a very small radius, the repulsive forces among the electrons do not permit more than two electrons in this shell.
valence shell
John K. Shields was born on 1858-08-15.
John K. Shields died on 1934-09-30.
Yes, when a proton in the nucleus captures an electron from the innermost shell (K shell) it is considered a form of antibeta decay.
The K shell is closest to the nucleus, and is the smallest shell, so when electrons are in that shell they are close to each other, and therefore also have a strong repulsion toward each other (since the electrostatic force varies inversely according to the square of the distance between two charged objects). The attractive force between the positive nucleus and the negative electrons is enough to hold two electrons in the K shell, but if a third electron were to enter that shell, the repulsive force between the three negatively charged electrons would be greater than the attraction that the electrons would have for the nucleus, and therefore one of the electons would be forced out of the shell.
Electrons found in the K shell are more tightly bound compared to all other shells. This is because it is the innermost shell and is closest to the nucleus.
What we call the K shell is only part of space nearest the nucleus in which the probability for an electron's being found is the biggest. In that shell, the energy of electrons is the lowest, and that is why electrons will spend most time there, because only two electrons can be in that position at the same time, while the rest of them have to be placed in higher shells.