All in the Family
Lewis Dot Structures
Orbital Notation
Electron Configurations
100

What is another name for a family on the PT?

Group or Column

100

What is the maximum number of dots that can be placed around a chemical symbol?

8

100

Which rule requires that electrons in the same orbital must have opposite spins?

Pauli Exclusion principle

100

Name two elements that end in p4.

O, S, Se, Te, Po, and/or Lv

200

Name group IIA/group 2.

Alkaline Earth Metals

200

What element in Row 4 has this Lewis Dot Structure? 


Gallium (Ga)

200

Which rule requires that electrons must enter the lowest energy sublevel available first?

Aufbau principle

200

Write the full electron configuration for Chromium (Cr).

1s22s22p63s23p64s23d4

300

Name group VIIIA or Group 18

Noble Gases

300

What element in Row 3 has this Lewis Dot Structure?

Phosphorus (P)

300

Which rule requires that electrons must enter a sublevel individually in each orbital before pairing up?

Hund’s Rule

300

Identify the following element.

1s22s22p63s23p64s23d104p65s24d9

Silver (Ag)

400

What family contains lithium and potassium?

Alkali Metals or Group 1/IA

400

All alkali metals contain how many Lewis dots around their chemical symbol?

1

400

Which element is shown below?

Oxygen (O)

400

All transition metals end with what sublevel?

d  (d1, d2, d3…)

500

Name the family that contains the most diatomic elements.

Halogens or Group 17/VII A

500

Name two other elements that have the same Lewis Dot Structure as carbon.

Si, Ge, Sn, Pb, and/or Fl

500

How many valence electrons are shown in the element below? 

5 Valence Electrons

500

What is wrong with the configuration below?

1s22s22p63s23p63d104s24p64d95s2

3d and 4s as well as 4d and 5s are out of order

600

Name the family that contains 5 valence electrons.

Nitrogen or Group 15/VA

600

Which noble gas does NOT have 8 valence electrons?

Helium (He)

600

The element below belongs to which family?

Halogens; Group 17/VIIA

600

Identify the three parts of the configuration below.


1s2

1 = energy level

s = sublevel

2 = number of electrons