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]]>Welcome to our Decimal to Percent Conversion Tool! This handy online tool offered by Decimal to Ascii allows you to easily convert decimal values to their equivalent percentages with just a few clicks.

Whether you need to calculate percentages for mathematical problems, financial analysis, or any other application, our tool simplifies the process and provides accurate results.

Simply enter the decimal value you want to convert, click the “Convert” button, and instantly see the corresponding percentage. Our tool also offers visual cues to help you quickly identify positive and negative percentage values.

A decimal is a numerical representation of a fraction or a portion of a whole number. It is written with a decimal point and can have values between 0 and 1.

To convert a decimal to a percent, you multiply the decimal value by 100. The resulting value represents the equivalent percentage.

A percent is a way to express a portion or a fraction of 100. It is represented by the symbol “%”. For example, 50% is equivalent to half or 0.5.

Yes, the tool can convert both positive and negative decimal values to percents. The result will be displayed with a background color indicating positive (green) or negative (red) values.

Yes, the tool automatically rounds the result to two decimal places. If you need more precision or want to round to a different number of decimal places, you can manually adjust the JavaScript code.

Yes, the tool provides accurate decimal to percent conversions. However, it’s always a good practice to double-check the results, especially when dealing with complex calculations or critical data.

We hope this tool simplifies your decimal to percent conversions. If you have any further questions, feel free to reach out to our support team.

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]]>The post ASCII Table – Table of Ascii Characters Codes and Symbols appeared first on Domical to Ascii.

]]>ASCII is a widely used character encoding standard that assigns unique numeric codes to represent various characters, like Decimal to Ascii including letters, numbers, punctuation marks, and control characters.

The ASCII table provides a comprehensive overview of these codes, allowing users to easily identify and understand the characters associated with specific numerical values.

Dec | Hex | Oct | Char | Description |
---|---|---|---|---|

0 | 00 | 000 | NUL | Null character |

1 | 01 | 001 | SOH | Start of Heading |

2 | 02 | 002 | STX | Start of Text |

3 | 03 | 003 | ETX | End of Text |

4 | 04 | 004 | EOT | End of Transmission |

5 | 05 | 005 | ENQ | Enquiry |

6 | 06 | 006 | ACK | Acknowledgement |

7 | 07 | 007 | BEL | Bell |

8 | 08 | 010 | BS | Backspace |

9 | 09 | 011 | HT | Horizontal Tab |

10 | 0A | 012 | LF | Line Feed |

11 | 0B | 013 | VT | Vertical Tab |

12 | 0C | 014 | FF | Form Feed |

13 | 0D | 015 | CR | Carriage Return |

14 | 0E | 016 | SO | Shift Out |

15 | 0F | 017 | SI | Shift In |

16 | 10 | 020 | DLE | Data Link Escape |

17 | 11 | 021 | DC1 | Device Control 1 |

18 | 12 | 022 | DC2 | Device Control 2 |

19 | 13 | 023 | DC3 | Device Control 3 |

20 | 14 | 024 | DC4 | Device Control 4 |

21 | 15 | 025 | NAK | Negative Acknowledgment |

22 | 16 | 026 | SYN | Synchronous Idle |

23 | 17 | 027 | ETB | End of Transmission Block |

24 | 18 | 030 | CAN | Cancel |

25 | 19 | 031 | EM | End of Medium |

26 | 1A | 032 | SUB | Substitute |

27 | 1B | 033 | ESC | Escape |

28 | 1C | 034 | FS | File Separator |

29 | 1D | 035 | GS | Group Separator |

30 | 1E | 036 | RS | Record Separator |

31 | 1F | 037 | US | Unit Separator |

32 | 20 | 040 | SPACE | Space |

33 | 21 | 041 | ! | Exclamation Mark |

34 | 22 | 042 | “ | Double Quote |

35 | 23 | 043 | # | Number Sign |

36 | 24 | 044 | $ | Dollar Sign |

37 | 25 | 045 | % | Percent Sign |

38 | 26 | 046 | & | Ampersand |

39 | 27 | 047 | ‘ | Single Quote |

40 | 28 | 050 | ( | Left Parenthesis |

41 | 29 | 051 | ) | Right Parenthesis |

42 | 2A | 052 | * | Asterisk |

43 | 2B | 053 | + | Plus Sign |

44 | 2C | 054 | , | Comma |

45 | 2D | 055 | – | Hyphen-Minus |

46 | 2E | 056 | . | Full Stop |

47 | 2F | 057 | / | Slash |

48 | 30 | 060 | 0 | Digit Zero |

49 | 31 | 061 | 1 | Digit One |

50 | 32 | 062 | 2 | Digit Two |

51 | 33 | 063 | 3 | Digit Three |

52 | 34 | 064 | 4 | Digit Four |

53 | 35 | 065 | 5 | Digit Five |

54 | 36 | 066 | 6 | Digit Six |

55 | 37 | 067 | 7 | Digit Seven |

56 | 38 | 070 | 8 | Digit Eight |

57 | 39</“`html | 071 | 9 | Digit Nine |

58 | 3A | 072 | : | Colon |

59 | 3B | 073 | ; | Semicolon |

60 | 3C | 074 | < | Less-Than Sign |

61 | 3D | 075 | = | Equals Sign |

62 | 3E | 076 | > | Greater-Than Sign |

63 | 3F | 077 | ? | Question Mark |

64 | 40 | 100 | @ | At Sign |

65 | 41 | 101 | A | Uppercase A |

66 | 42 | 102 | B | Uppercase B |

67 | 43 | 103 | C | Uppercase C |

68 | 44 | 104 | D | Uppercase D |

69 | 45 | 105 | E | Uppercase E |

70 | 46 | 106 | F | Uppercase F |

71 | 47 | 107 | G | Uppercase G |

72 | 48 | 110 | H | Uppercase H |

73 | 49 | 111 | I | Uppercase I |

74 | 4A | 112 | J | Uppercase J |

75 | 4B | 113 | K | Uppercase K |

76 | 4C | 114 | L | Uppercase L |

77 | 4D | 115 | M | Uppercase M |

78 | 4E | 116 | N | Uppercase N |

79 | 4F | 117 | O | Uppercase O |

80 | 50 | 120 | P | Uppercase P |

81 | 51 | 121 | Q | Uppercase Q |

82 | 52 | 122 | R | Uppercase R |

83 | 53 | 123 | S | Uppercase S |

84 | 54 | 124 | T | Uppercase T |

85 | 55 | 125 | U | Uppercase U |

86 | 56 | 126 | V | Uppercase V |

87 | 57 | 127 | 127 | DEL |

58 | 3A | 072 | : | Colon |

59 | 3B | 073 | ; | Semicolon |

60 | 3C | 074 | < | Less-Than Sign |

61 | 3D | 075 | = | Equals Sign |

62 | 3E | 076 | > | Greater-Than Sign |

63 | 3F | 077 | ? | Question Mark |

64 | 40 | 100 | @ | At Sign |

65 | 41 | 101 | A | Uppercase A |

66 | 42 | 102 | B | Uppercase B |

67 | 43 | 103 | C | Uppercase C |

68 | 44 | 104 | D | Uppercase D |

69 | 45 | 105 | E | Uppercase E |

70 | 46 | 106 | F | Uppercase F |

71 | 47 | 107 | G | Uppercase G |

72 | 48 | 110 | H | Uppercase H |

73 | 49 | 111 | I | Uppercase I |

74 | 4A | 112 | J | Uppercase J |

75 | 4B | 113 | K | Uppercase K |

76 | 4C | 114 | L | Uppercase L |

77 | 4D | 115 | M | Uppercase M |

78 | 4E | 116 | N | Uppercase N |

79 | 4F | 117 | O | Uppercase O |

80 | 50 | 120 | P | Uppercase P |

81 | 51 | 121 | Q | Uppercase Q |

82 | 52 | 122 | R | Uppercase R |

83 | 53 | 123 | S | Uppercase S |

84 | 54 | 124 | T | Uppercase T |

85 | 55 | 125 | U | Uppercase U |

86 | 56 | 126 | V | Uppercase V |

87 | 57 | 127 | W | Uppercase W |

88 | 58 | 130 | X | Uppercase X |

89 | 59 | 131 | Y | Uppercase Y |

90 | 5A | 132 | Z | Uppercase Z |

91 | 5B | 133 | [ | Left Square Bracket |

92 | 5C | 134 | \ | Backslash |

93 | 5D | 135 | ] | Right Square Bracket |

94 | 5E | 136 | ^ | Caret |

95 | 5F | 137 | _ | Underscore |

96 | 60 | 140 | ` | Grave Accent |

97 | 61 | 141 | a | Lowercase a |

98 | 62 | 142 | b | Lowercase b |

99 | 63 | 143 | c | Lowercase c |

100 | 64 | 144 | d | Lowercase d |

101 | 65 | 145 | e | Lowercase e |

102 | 66 | 146 | f | Lowercase f |

103 | 67 | 147 | g | Lowercase g |

104 | 68 | 150 | h | Lowercase h |

105 | 69 | 151 | i | Lowercase i |

106 | 6A | 152 | j | Lowercase j |

107 | 6B | 153 | k | Lowercase k |

108 | 6C | 154 | l | Lowercase l |

109 | 6D | 155 | m | Lowercase m |

110 | 6E | 156 | n | Lowercase n |

111 | 6F | 157 | o | Lowercase o |

112 | 70 | 160 | p | Lowercase p |

113 | 71 | 161 | q | Lowercase q |

114 | 72 | 162 | r | Lowercase r |

115 | 73 | 163 | s | Lowercase s |

116 | 74 | 164 | t | Lowercase t |

117 | 75 | 165 | u | Lowercase u |

118 | 76 | 166 | v | Lowercase v |

119 | 77 | 167 | w | Lowercase w |

120 | 78 | 170 | x | Lowercase x |

121 | 79 | 171 | y | Lowercase y |

122 | 7A | 172 | z | Lowercase z |

123 | 7B | 173 | { | Left Curly Brace |

124 | 7C | 174 | | | Vertical Line |

125 | 7D | 175 | } | Right Curly Brace |

126 | 7E | 176 | ~ | Tilde |

127 | 7F | 177 | DEL | Delete |

**Download **Ascii Table PDF

An ASCII table serves as a visual representation of the ASCII character set, enabling users to find the character associated with a particular numeric code and vice versa. It is widely used in programming, data processing, and telecommunications to facilitate the accurate representation and transmission of textual data.

An ASCII table consists of columns that display the decimal, hexadecimal, and octal values, along with the corresponding characters and their descriptions. To read the table, locate the desired value or character in its respective column to find the associated information.

Let’s say you want to find the ASCII code for the uppercase letter ‘A’. To do this, you can refer to an ASCII table.

**Here are the steps to follow:**

**Locate the ‘A’ row:**In the ASCII table, look for the row that represents the uppercase letter ‘A’. In most ASCII tables, the uppercase letters are listed in consecutive rows.**Identify the decimal value:**In the ‘A’ row, find the column that corresponds to the decimal values. In this case, it is usually the second column. Check the value in that column, and you’ll find that the decimal value for ‘A’ is 65.**Note the hexadecimal and octal values:**Adjacent to the decimal value, you’ll find the hexadecimal and octal values. For ‘A’, the hexadecimal value is 41, and the octal value is 101.**Understand the character description:**Finally, in the ‘Char’ or ‘Character’ column, you’ll find the character associated with the decimal value. In this case, the character description for 65 is ‘A’, indicating that it represents the uppercase letter ‘A’.

By following these steps, you can read an ASCII table and find the decimal, hexadecimal, and octal values for specific characters. This example can be useful when working with ASCII-based systems, encoding or decoding text, or understanding the numeric representation of characters in programming or data processing tasks.

The ASCII character set was developed to standardize character encoding across different computer systems and ensure compatibility in exchanging textual data. By assigning unique codes to characters, ASCII allows computers to accurately represent and interpret written information, enabling seamless communication and data processing.

ASCII originally supported only a limited range of characters, primarily consisting of the English alphabet, numbers, and common symbols. It does not include characters from other languages or special characters used in advanced formatting. As a result, extended character sets like Unicode have been developed to overcome these limitations and support a broader range of languages and symbols.

In programming, an ASCII table is valuable for tasks such as converting between characters and their corresponding numeric codes, manipulating and analyzing textual data, and ensuring proper encoding and decoding of information. It provides a quick reference for programmers working with ASCII-based systems or when dealing with character manipulation in their code.

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]]>The post How to Convert Binary to Decimal Javascript appeared first on Domical to Ascii.

]]>Converting binary to decimal is a common task in programming.

There are different ways to convert binary to decimal, but one of the most common methods is to use the positional notation system. In this system, each digit in a number represents a certain value based on its position. For example, in the decimal number system, the digit in the one’s place represents a value of 1, the digit in the tens place represents a value of 10, the digit in the hundreds place represents a value of 100, and so on.

**check **Decimal Table

Similarly, in the binary number system, the digit in the rightmost position (also known as the least significant bit) represents a value of 1, the digit in the second position from the right represents a value of 2, the digit in the third position from the right represents a value of 4, the digit in the fourth position from the right represents a value of 8, and so on. Each digit in a binary number represents a power of 2.

Let’s try to understand this concept better. Consider the binary number 101101. To convert this binary number to decimal, we need to find the decimal equivalent of each binary digit and add them up. We can use the positional notation system to find the decimal equivalent of each binary digit.

The rightmost digit in the binary number 101101 represents a value of 1, so its decimal equivalent is 1. The second digit from the right represents a value of 2, so its decimal equivalent is 2. The third digit from the right represents a value of 4, so its decimal equivalent is 4. The fourth digit from the right represents a value of 8, so its decimal equivalent is 8. The fifth digit from the right represents a value of 16, so its decimal equivalent is 16. And the leftmost digit represents a value of 32, so its decimal equivalent is 32.

Now, we can add up the decimal equivalents of each binary digit to get the decimal equivalent of the binary number.

1 x 1 + 0 x 2 + 1 x 4 + 1 x 8 + 0 x 16 + 1 x 32 = 45

Therefore, the decimal equivalent of the binary number 101101 is 45.

function binaryToDecimal(binary) {

let decimal = 0;

let power = 0;

while(binary !== 0) {

const digit = binary % 10;

decimal += digit * Math.pow(2, power);

binary = Math.floor(binary / 10);

power++;

}

return decimal;

}

// example usage

console.log(binaryToDecimal(101101)); // output: 45

In the above code, we define a function called `binaryToDecimal`

that takes a binary number as input and returns its decimal equivalent. We initialize the `decimal`

variable to 0 and the `power`

variable to 0. We use a `while`

loop to iterate over each binary digit. Inside the loop, we extract the rightmost digit of the binary number using the modulo operator (`%`

) and calculate its decimal equivalent using the

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]]>The post The Importance of Decimal to ASCII Conversion appeared first on Domical to Ascii.

]]>- Identify the decimal value that needs to be converted.
- Convert the decimal value to its binary representation.
- Divide the binary value into groups of 8 bits (1 byte).
- Convert each byte to its decimal representation.
- Look up the corresponding ASCII character for each decimal value.
- Combine the ASCII characters to create the text representation of the original decimal value.

- The decimal value is the numerical value that needs to be converted.
- Converting the decimal value to its binary representation is necessary because ASCII uses a binary representation of characters.
- Dividing the binary value into groups of 8 bits is necessary because ASCII uses 1 byte to represent each character.
- Converting each byte to its decimal representation is necessary because the ASCII table uses decimal values to represent characters.
- Looking up the corresponding ASCII character for each decimal value is necessary because the ASCII table maps each decimal value to a specific character.
- Combining the ASCII characters to create the text representation of the original decimal value is the final step to obtain the ASCII representation of the original decimal value.

In programming, the conversion from decimal to ASCII can be implemented using built-in functions or by writing custom code. For example, in Python, the built-in function `chr()`

can be used to convert a decimal value to its corresponding ASCII character.

Overall, understanding decimal to ASCII conversion is important for anyone working in computer science, data analysis, or communication protocols. By knowing how to convert between these two representations, individuals can more effectively analyze and communicate data in text format.

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]]>The post Convert 115 to ASCII: A Guide to Understanding ASCII Characters appeared first on Domical to Ascii.

]]>Each character in the ASCII code table is assigned a unique decimal code, ranging from 0 to 127. The decimal code 115 corresponds to the ASCII character “s”. The conversion process from 115 to ASCII is simple and straightforward. All you need to do is look up the decimal code 115 in the ASCII code table and match it to its corresponding ASCII character.

**Conclusion:** In conclusion, ASCII plays a crucial role in modern computing, as it provides a standardized way of representing characters in electronic communication. Understanding the 115 to ASCII conversion process is a fundamental aspect of working with ASCII characters. With this knowledge, you can easily convert decimal codes to ASCII characters and vice versa, making your work with computers and other electronic devices easier and more efficient.

115 (decimal) = 0x73 (hexadecimal) = ‘s’ (ASCII character)

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