Question 1

visual representation of only valence electrons

Accepted Answer

Lewis Dot/ Electron Dot structure

Question 2

visual representation of ALL the electrons

Accepted Answer

Electron configuration

Question 3

max number of electrons in the s block

Accepted Answer

2

Question 4

max number of electrons in the d block

Accepted Answer

10

Question 5

max number of electrons in the f block

Accepted Answer

14

Question 6

max number of electrons in the p block

Accepted Answer

6

Question 7

region in space where you expect to find electrons

Accepted Answer

atomic orbital

Question 8

states that electrons are placed in the lowest energy level first s --> p --> d --> f  ,  1--> 2 --> 3 ....

Accepted Answer

Aufbau's principle

Question 9

states that electrons will have the same spin until each orbital has 1 electron

Accepted Answer

Hund's rule

Question 10

states that 2 is the max number of electrons in an orbital AND must have opposite spins

Accepted Answer

Pauli's Exclusion principle

Question 11

the shape of the s orbitals

Accepted Answer

sphere

Question 12

the shape of the p orbitals

Accepted Answer

dumb bell

Question 13

number of orbitals in the s block

Accepted Answer

1

Question 14

number of orbitals in the f block

Accepted Answer

7

Question 15

number of orbitals in the p block

Accepted Answer

3

Question 16

number of orbitals in the d block

Accepted Answer

5

Question 17

the rule used for d block elements

Accepted Answer

period minus 1

Question 18

only group with full s and p block

Accepted Answer

Noble Gases

Question 19

only element already stable with 2 electrons

Accepted Answer

Helium

Question 20

atoms become stable by having 8 valence electrons

Accepted Answer

octet rule

Question 21

first 2 exceptions to the electron configuration rules

Accepted Answer

Cr and Cu

Question 22

electron configuration rules work up to this element

Accepted Answer

V

Question 23

Chromium (Cr) electron configuration ending

Accepted Answer

4s1 3d5

Question 24

Copper (C) electron configuration ending

Accepted Answer

4s1 3d10

Question 25

matches the number of valence electrons

Accepted Answer

group number ( __A )

Question 26

electrons closest to the nucleus ; lower energy

Accepted Answer

core

Question 27

electrons furthest from the nucleus ; highest energy

Accepted Answer

valence

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