Unit 1
Number Systems, Binary Arithmetic,Fixed-point and Floating point representation of numbers,BCD Codes, Error detecting and correcting codes, Character Representation – ASCII, EBCDIC, Unicode
CONVERT DECIMAL NUMBER TO HEXA DECIMAL
STEP 1
BREAK APART THE INTEGER AND FRACTIONAL PORTION OF NUMBER SEPERATELY
STEP 2: FOR INTEGER PORTION:
• DIVIDE THE NUMBER BY 16 AND FIND REMAINDER IN EACH STEP TILL THE QUOTIENT IS REDUCED TO
ZERO.
• THE ENTIRE SEQUENCE OF REMAINDER IS TAKEN IN REVERSE ORDER WHICH REPRESENTS THE
EQUIVALENT HEXA DECIMAL NUMBER
STEP 3: FOR FRACTIONAL PORTION:
• MULITPLY THE FRACTIONAL PART BY 16 TILL THE NEW FRACTION GENERATED AT EACH STEP IS REDUCED
TO ZERO
• THE INTEGER PART AFTER EACH MULTIPLICATION IS NOTED DOWN IN ORDER
• THESE INTEGER PARTS ARE PREFIXED WITH A PERIOD (.) AND CLUBBED WITH INTEGER HEXA DECIMAL
NUMBER
STEP 4
EVERY DIGIT IN SEQUENCE 10, 11,12,13,14,15 IS REPRESENTED AS A,B,C,D,E,F RESPECTIVELY.
Convert DECIMAL Number to OCTAL
Learn More →
Convert DECIMAL Number to HEXA DECIMAL
Learn More →
Convert BINARY Number to DECIMAL
Learn More →
Conversion of BINARY number into OCTAL number
Learn More →
Conversion of OCTAL number into BINARY number
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Conversion of BINARY number into HEXADECIMAL number
Learn More →
Conversion of HEXADECIMAL number into BINARY number
Learn More →
Convert OCTAL Number to HEXA DECIMAL
Learn More →
LINKS
Number Systems | Binary Arithmetic | Fixed-point and Floating point representation of numbers | BCD Codes | Error detecting and correcting codes | Character Representation – ASCII, EBCDIC, Unicode
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UNIT 8 ALL LINKS HARE Click me
CONVERT DECIMAL NUMBER TO HEXA DECIMAL
STEP 1
BREAK APART THE INTEGER AND FRACTIONAL PORTION OF NUMBER SEPERATELY
STEP 2: FOR INTEGER PORTION:
• DIVIDE THE NUMBER BY 16 AND FIND REMAINDER IN EACH STEP TILL THE QUOTIENT IS REDUCED TO
ZERO.
• THE ENTIRE SEQUENCE OF REMAINDER IS TAKEN IN REVERSE ORDER WHICH REPRESENTS THE
EQUIVALENT HEXA DECIMAL NUMBER
STEP 3: FOR FRACTIONAL PORTION:
• MULITPLY THE FRACTIONAL PART BY 16 TILL THE NEW FRACTION GENERATED AT EACH STEP IS REDUCED
TO ZERO
• THE INTEGER PART AFTER EACH MULTIPLICATION IS NOTED DOWN IN ORDER
• THESE INTEGER PARTS ARE PREFIXED WITH A PERIOD (.) AND CLUBBED WITH INTEGER HEXA DECIMAL
NUMBER
STEP 4
EVERY DIGIT IN SEQUENCE 10, 11,12,13,14,15 IS REPRESENTED AS A,B,C,D,E,F RESPECTIVELY.
Convert DECIMAL Number to OCTAL
Learn More →
Learn More →
Convert DECIMAL Number to HEXA DECIMAL
Learn More →
Learn More →
Convert BINARY Number to DECIMAL
Learn More →
Learn More →
Conversion of BINARY number into OCTAL number
Learn More →
Learn More →
Conversion of OCTAL number into BINARY number
Learn More →
Learn More →
Conversion of BINARY number into HEXADECIMAL number
Learn More →
Learn More →
Conversion of HEXADECIMAL number into BINARY number
Learn More →
Learn More →
Convert OCTAL Number to HEXA DECIMAL
Learn More →
Learn More →
LINKS
Number Systems | Binary Arithmetic | Fixed-point and Floating point representation of numbers | BCD Codes | Error detecting and correcting codes | Character Representation – ASCII, EBCDIC, Unicode
ALL LINKS HARE
UNIT 1 ALL LINKS HARE Click me
UNIT 2 ALL LINKS HARE Click me
UNIT 3 ALL LINKS HARE Click me
UNIT 4 ALL LINKS HARE Click me
UNIT 5 ALL LINKS HARE Click me
UNIT 6 ALL LINKS HARE Click me
UNIT 7 ALL LINKS HARE Click me
UNIT 8 ALL LINKS HARE Click me
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