This document describes the electron configuration of carbon. It shows that carbon has 6 protons and 6 electrons. The electrons fill the 1s, 2s, and 2p subshells according to the Aufbau principle and Hund's rule. Specifically, carbon has an electron configuration of 1s2 2s2 2p2.
5. ANGULAR MOMENTUM
S = 0 P = 1 D = 2 F = 3
This number defines the types of subshell
1𝑠2
2𝑠2
2𝑝46
C
CARBON
l
Finding
1 box 3 box 5 box 7 box
6. ANGULAR MOMENTUM
S = 0 P = 1 D = 2 F = 3
This number defines the types of subshell
1𝑠2
2𝑠2
2𝑝46
C
CARBON
l
Finding
1 box 3 box 5 box 7 boxELECTRON SPIN
7. ANGULAR MOMENTUM
S = 0 P = 1 D = 2 F = 3
This number defines the types of subshell
1𝑠2
2𝑠2
2𝑝46
C
CARBON
l
Finding
1 box 3 box 5 box 7 boxELECTRON SPIN
8. ANGULAR MOMENTUM
S = 0 P = 1 D = 2 F = 3
This number defines the types of subshell
1𝑠2
2𝑠2
2𝑝46
C
CARBON
l
Finding
1 box 3 box 5 box 7 boxELECTRON SPIN
9. ANGULAR MOMENTUM
S = 0 P = 1 D = 2 F = 3
This number defines the types of subshell
1𝑠2
2𝑠2
2𝑝46
C
CARBON
l
Finding
1 box 3 box 5 box 7 boxELECTRON SPIN
10. ANGULAR MOMENTUM
S = 0 P = 1 D = 2 F = 3
This number defines the types of subshell
1𝑠2
2𝑠2
2𝑝46
C
CARBON
l
Finding
1 box 3 box 5 box 7 box
0 1-1
ml
Finding
11. ANGULAR MOMENTUM
S = 0 P = 1 D = 2 F = 3
This number defines the types of subshell
1𝑠2
2𝑠2
2𝑝46
C
CARBON
l
Finding
1 box 3 box 5 box 7 box
0 1-1
ml
Finding
-1
12. ANGULAR MOMENTUM
S = 0 P = 1 D = 2 F = 3
This number defines the types of subshell
1𝑠2
2𝑠2
2𝑝46
C
CARBON
l
Finding
1 box 3 box 5 box 7 box
0 1-1
ml
Finding
0
13. ANGULAR MOMENTUM
S = 0 P = 1 D = 2 F = 3
This number defines the types of subshell
1𝑠2
2𝑠2
2𝑝46
C
CARBON
l
Finding
1 box 3 box 5 box 7 box
0 1-1
ml
Finding
1
14. ANGULAR MOMENTUM
S = 0 P = 1 D = 2 F = 3
This number defines the types of subshell
1𝑠2
2𝑠2
2𝑝46
C
CARBON
l
Finding
1 box 3 box 5 box 7 box
0 1-1
ml
Finding
-1
15. ANGULAR MOMENTUM
S = 0 P = 1 D = 2 F = 3
This number defines the types of subshell
1𝑠2
2𝑠2
2𝑝46
C
CARBON
l
Finding
1 box 3 box 5 box 7 box
0 1-1
ms
Finding
+1/2
16. ANGULAR MOMENTUM
S = 0 P = 1 D = 2 F = 3
This number defines the types of subshell
1𝑠2
2𝑠2
2𝑝46
C
CARBON
l
Finding
1 box 3 box 5 box 7 box
0 1-1
ms
Finding
+1/2
17. ANGULAR MOMENTUM
S = 0 P = 1 D = 2 F = 3
This number defines the types of subshell
1𝑠2
2𝑠2
2𝑝46
C
CARBON
l
Finding
1 box 3 box 5 box 7 box
0 1-1
ms
Finding
+1/2
18. ANGULAR MOMENTUM
S = 0 P = 1 D = 2 F = 3
This number defines the types of subshell
1𝑠2
2𝑠2
2𝑝46
C
CARBON
l
Finding
1 box 3 box 5 box 7 box
0 1-1
ms
Finding
−1/2