Chem $1405$: Electronic configuration

Bohr's planetary model of the atom is drawn below to show $6$ energy levels of the electron.

Draw the following transitions on the model:

$n=6n=2$

$n=5n=2$

$n=4n=2$

$n=2n=3$

$n=2n=6$

Which transition corresponds with

a$.$ The least amount of energy absorbed$?$

b$.$ The largest amount of energy emitted?

c$.$ What energy level is the ground state of this electron $($lowest energy level$)?$

$2.$ Draw the shape of following orbital$($s$)$:

a$.$ one s$-$ orbital $(1$ shape$)$

b$.$ three p$-$orbitals $(3$ shapes$)$

c$.$ five d$-$orbitals $(5$ shapes$)$

$3.$ Draw Lewis dot structures of the following elements

Al

$0$

$1$

The quantum mechanical model is the newest model of the atom where the electron location in the atom is described using quantum numbers.

The following information is based on the periodic table. Complete the table

$\backslash$table$[[\backslash$table$[[$Principal quantum$],[$number$]],\backslash$table$[[$Total number$],[$of sublevels$]],$s$-$ sublevel,p$-$sublevel,d$-$ sublevel,f$-$sublevel$],[n=1,,,,,],[n=2,2,2s,2p,$none,none$],[n=3,,,,,],[n=4,,,,,]]$

Fill in the blanks:

a$.$ The s$-$sublevel has

orbitals and can hold a maximum of

b$.$ The p$-$sublevel has

c$.$ The d$-$sublevel has

d$.$ The f$-$sublevel has orbitals and can hold a maximum of rrbitals and can hold a maximum of orbitals and can hold a maximum of

electrons electrons electrons electrons

Write the full electronic configuration for Carbon

Write the shorthand$/$noble core electronic configuration for Phosphorus

Arrange the following atoms in decreasing size

Chlorine, bromine, fluorine, astatine, iodine

$2$