I assume you mean the fraction for -1.414141...
-1.414141... = -141/99
= -140/99
-1.414141... = -1 + -0.414141...
So to solve the fractional bit -0.414141....
let x be the fraction for the decimal; then:
x = -0.414141....
multiply both sides by 100:
100x = -41.414141....
Subtract the first from the second:
100x - x = -41.414141... - -0.414141....
⇒ 99x = -41
⇒ x = -41/99
which has solved the fractional bit, now the whole is:
-1.414141... = -1 + -0.414141....
= -1 + -41/99
= -141/99
If all 3 digits are repeating then as a fraction it is 215/999
The fraction for .4 repeating is 2/5.
141/10000
It is: 82/99 = 0.828282.....repeating
It is: 2/15 as a fraction
If you convert repeating decimals into a fraction, you see that the repeating decimals are rational.
It is -23/9.
-1 5/9
A negative fraction need not be a terminating decimal. For example, -2/3 = -0.66... (repeating).
It is not possible to answer the question because it is ambiguous: the answer depends on what string is repeating. It is not clear from the question whether the fraction is meant to be 0.454545... or 0.455555... .
It is rational. It can be expressed as a fraction: -8⅓.
-5/9
141% = 1.41 as a decimal and 141/100 as a fraction
To convert a repeating decimal to a fraction, let x = -6.8. Multiply the repeating decimal by a power of 10 to eliminate the repeating part. Therefore, 10x = -68.8888.... Subtract the original equation from this to get 9x = -75, which simplifies to x = -75/9. Thus, the fraction form of -6.8 repeating decimal is -75/9.
-010010001(not repeating) is rational. Rational numbers are numbers that can be written as a fraction. Irrational numbers cannot be expressed as a fraction.
141/100
what is 0.194 as a repeating fraction