Well there is the number of valence eelectrons that increase as you go down a period so when youre doing electron configurations you can see that the different subshells have different letters which correspond to the different blocks of the Periodic Table and this is useful in writing electron configurations because the number of elements across from the first one in a period also matches the number next to the letter or block of a periodic table so you see there is a very close relationship almost like the periodic table was based off of electron configuration or the other way around okay i hope that helps.
Each section of the periodic table represents the filling of a particular subshell. The two left columns represent the s subshells. The six columns on the right represent the p subshells. The middle 10 columns (the transition metals) represent the d subshells. The lanthanides and actinides represent the f subshells. [Note: Helium is grouped in family 18 (the noble gases) because it is chemically inert. But its electron configuration (1s2) is more similar to family 2, the alkaline earth metals.]
mass i think
Electron group arrangment and molecular geometry is same.It is tetrahedral in shape
Water molecules have a bent shape.
It has a total of 4 electron pairs. Electron geometry is tetra hedaral.
Find the element's period number on the periodic table.
The shape, size, and electron configuration of the substrate.
It is mostly related to the energy of the electron.
mass i think
Electron group arrangment and molecular geometry is same.It is tetrahedral in shape
Water molecules have a bent shape.
The shape of an electron cloud depends on the energy sublevel. Each electron cloud is different, so there is no definitive shape.
It has a total of 4 electron pairs. Electron geometry is tetra hedaral.
Shell is only Imaginary path made by rotating of the electron. A more common concept is that the shell or shape of the various orbitals is a probability density function for the election. That means it defines the locations that you are most likely to find the electron at any given time. These can also be shown as orbits these shells can also help u determine the electronic configuration
it's quite small so it doesn't have exact shape its round ish The electron is too much of an elusive character to label with a shape. More to the point, an electron isn't even a particle or a wave, but something in-between and not eligible to have a shape.
The configuration of various elements
The configuration of various elements
Find the element's period number on the periodic table.