Have you ever wondered how computers understand the alphabet? It all comes down to the binary code, the most basic language of computers. In this article, we will cover each letter of the English alphabet and its binary values. Keep reading!😊
Binary code is a way of representing text or computer processor instructions using the binary number system (two binary digits, 0 and 1). This system allows computers to process vast amounts of information and perform complex tasks smartly.
The binary alphabet is a way to show letters using only the numbers 0 and 1. Each letter has its special combination of 0s and 1s. This is how computers understand and use letters because computers can only read 0s and 1s.
Here’s a quick look at how each alphabet capital letter is represented in binary, ASCII code, octal, decimal, and hexa values.
Alphabet Binary Code Table (Capital Letter)
| Capital Alphabet | ASCII Code | Binary | Octal | Decimal | Hexadecimal |
|---|---|---|---|---|---|
|
A
|
65
|
01000001
|
101
|
65
|
41
|
|
B
|
66
|
01000010
|
102
|
66
|
42
|
|
C
|
67
|
01000011
|
103
|
67
|
43
|
|
D
|
68
|
01000100
|
104
|
68
|
44
|
|
E
|
69
|
01000101
|
105
|
69
|
45
|
|
F
|
70
|
01000110
|
106
|
70
|
46
|
|
G
|
71
|
01000111
|
107
|
71
|
47
|
|
H
|
72
|
01001000
|
110
|
72
|
48
|
|
I
|
73
|
01001001
|
111
|
73
|
49
|
|
J
|
74
|
01001010
|
112
|
74
|
4a
|
|
K
|
75
|
01001011
|
113
|
75
|
4b
|
|
L
|
76
|
01001100
|
114
|
76
|
4c
|
|
M
|
77
|
01001101
|
115
|
77
|
4d
|
|
N
|
78
|
01001110
|
116
|
78
|
4e
|
|
O
|
79
|
01001111
|
117
|
79
|
4f
|
|
P
|
80
|
01010000
|
120
|
80
|
50
|
|
Q
|
81
|
01010001
|
121
|
81
|
51
|
|
R
|
82
|
01010010
|
122
|
82
|
52
|
|
S
|
83
|
01010011
|
123
|
83
|
53
|
|
T
|
84
|
01010100
|
124
|
84
|
54
|
|
U
|
85
|
01010101
|
125
|
85
|
55
|
|
V
|
86
|
01010110
|
126
|
86
|
56
|
|
W
|
87
|
01010111
|
127
|
87
|
57
|
|
X
|
88
|
01011000
|
130
|
88
|
58
|
|
Y
|
89
|
01011001 |
131 |
89 |
59 |
|
Z |
90 |
01011010 |
132 |
90 |
5a |
The following ASCII binary character table shows how each lower letter of the alphabet is represented using binary, ASCII code, octal, decimal, and hexa values.
Alphabet Binary Code Chart (Lower Letter)
| Lowercase Alphabet | ASCII Code | Binary | Octal | Decimal | Hexadecimal |
|---|---|---|---|---|---|
|
a |
97 |
01100001 |
141 |
97 |
61 |
|
b |
98 |
01100010 |
142 |
98 |
62 |
|
c |
99 |
01100011 |
143 |
99 |
63 |
|
d |
100 |
01100100 |
144 |
100 |
64 |
|
e |
101 |
01100101 |
145 |
101 |
65 |
|
f |
102 |
01100110 |
146 |
102 |
66 |
|
g |
103 |
01100111 |
147 |
103 |
67 |
|
h |
104 |
01101000 |
150 |
104 |
68 |
|
i |
105 |
01101001 |
151 |
105 |
69 |
|
j |
106 |
01101010 |
152 |
106 |
6a |
|
k |
107 |
01101011 |
153 |
107 |
6b |
|
l |
108 |
01101100 |
154 |
108 |
6c |
|
m |
109 |
01101101 |
155 |
109 |
6d |
|
n |
110 |
01101110 |
156 |
110 |
6e |
|
o |
111 |
01101111 |
157 |
111 |
6f |
|
p |
112 |
01110000 |
160 |
112 |
70 |
|
q |
113 |
01110001 |
161 |
113 |
71 |
|
r |
114 |
01110010 |
162 |
114 |
72 |
|
s |
115 |
01110011 |
163 |
115 |
73 |
|
t |
116 |
01110100 |
164 |
116 |
74 |
|
u |
117 |
01110101 |
165 |
117 |
75 |
|
v |
118 |
01110110 |
166 |
118 |
76 |
|
w |
119 |
01110111 |
167 |
119 |
77 |
|
x |
120 |
01111000 |
170 |
120 |
78 |
|
y |
121 |
01111001 |
171 |
121 |
79 |
|
z |
122 |
01111010 |
172 |
122 |
7a |
To convert a binary value to text, follow the septs below:
Go to binary-translator.com
Enter or Copy/Paste the binary value to the input box.
Get the converted text in no time.
The binary alphabet refers to the representation of the English alphabet letters in binary code. Each letter is assigned a unique combination of 0s and 1s.
Yes, 'A' and 'a' have different binary codes, reflecting their distinction in ASCII code as well.
Yes, it's possible to write sentences or messages in binary code by converting each letter of your message into its binary equivalent. Spaces and punctuation can also be represented in binary, allowing for complete sentences to be encoded.
To convert a letter to binary code, you can refer to a binary alphabet chart or use an online text to binary converter. These resources map each letter to its corresponding binary sequence.
Of course! To get the printable binary code alphabet chart contact us. We will share the download file on your provided email.
Learning binary code starts with understanding the binary number system (0s and 1s) and then memorizing the binary representations of letters, numbers, and symbols. Practice by converting simple words and numbers into binary and use resources like charts and online converters for help.