n=int(input("Enter the octal number = "))
s=['000','001','010','011','100','101','110','111']
while n!=0:
d=n%10
print(s[d],end="")
n=n//10
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- MATHEMATICAL SERIES AND THER SUM
- GEOMETRICAL PATTERNS
- NUMBER REVERSE
- MARKS PERCENTAGE WITH GRADE
- TEXT TO MORSE CODE(USING HYPHEN AND DOT)
- TEXT TO MORSE CODE(USING UNDERSCORE AND DOT)
- DAY CALCULATOR
- DATE INTERVAL CALCULATOR
- CHECK FOR VALIDITY OF A DATE
- RESULT GRADING THROUGH PERCENTAGE
- DIGIT TO WORD CONVERSION
- CHECK FOR PALINDROME
- INCOME TAX THROUGH SLAB SYSTEM
- ELECTRICITY BILL THROUGH SLAB SYSTEM
- CHECK FOR ARMSTRONG NUMBER
- COMPLEX ROOTS OF QUADRATIC EQUATION
- ASCENDING ORDER OF RESULT
- COLLINEARTY OR AREA OF TRIANGLE FORMED BY COORDINATES
- AVERAGE ERROR FOR 5 OR 10 READINGS ONLY
- VELOCITY OF A PISTON
- LENGTH OF BELT COVERING TWO PULLEYS
- FINDING HORIZONTAL RANGE
- PERIOD OF A PENDULUM
- ARITHEMETIC OPERATIONS ON ERROR
- ALT CODES
- TEST-1
- HOME ELECTRIC BILL UPTO 5 DEVICES
- FINDING COORDINATES OF TRIANGLE THROUGH COORDINATE...
- FINDING THE PYTHAGOREAN TRIPLETS
- OCTAL NUMBER TO BINARY NUMBER
- SLICING THE EVEN DIGITS OF A NUMBER
- OCTAL NUMBER TO BINARY NUMBER
- DECIMAL NUMBER TO HEXADECIMAL NUMBER
- DECIMAL NUMBER TO OCTAL NUMBER
- DECIMAL NUMBER TO BINARY NUMBER
- THE SUM OF NUMBER ENTERED AND ITS REVERSED NUMBER
- THE SUM OF DIGITS OF NUMBER ENTERED
- ZEROES OF A CUBIC POLYNOMIAL
- SIMPLE INTEREST(SI) AND COMPOUND INTEREST(CI) QUAR...
- AREA OF A QUADILATERAL USING SARRUS METHOD
- AREA OF TRIANGLE USING SARRUS METHOD
- ELECTRICITY BILL
- ARITHEMATIC OPERATIONS ON COMPLEX NUMBER
- RESULT CALCULATOR IN PERCENTAGE
- EXPONENTIAL POWER
- HYPOTENUSE OF A RIGHT TRIANGLE
- AREA OF A QUADILATERAL THROUGH HERON'S FORMULA
- MEAN COST OF ARTICLES
- TEXT TO MORSE CODE(USING HYPHEN AND DOT)
- AREA OF SQUARE FORMED BY THE MIDPOINTS OF A SQUARE
- AREA OF TRIANGLE FORMED BY MIDPOINTS OF A TRIANGLE
- MEAN
- MEAN THROUGH Fi AND Xi
- ZEROES OF A QUADRATIC EQUATION
- AREA OF A TRIANGLE USING HERON'S FORMULA
- MATRICES MULTIPLICATION 3x3
- MATRICES MULTIPLICATION 2x2
- 2D SHAPES
- MID POINT FORMULA FOR 3D
- SIDES OF 3D TRIANGLE USING DISTANCE FORMULA
- CENTROID OF A TRIANGLE USING MIDPOPINT FORMULA
- PERCENTAGE CALCUALTOR
- HEIGHTS OF TRIANGLE FOR 2D USING DISTANCE FORMULA
- SIMPLE INTEREST(SI),COMPOUND INTEREST(CI) AND EMI
- NAME