Agreed with 'wikiuser' above, for a terminating decimal.
However, I think you mean 3.454545... is a recurring to infinity decimal.
In which case.
Let P = 3.454545....
100P = 345.454545....
Subtract
99P = 342 (Note the recurring decimals subtract to zero.).
P = 342/99
Cancelk down by '9'
P = 38/11
This will not reduce any further, and 38/11 is the IMproper Fraction.
As a mixed number it is 3 5/11.
NB When inidicating a recurring to infinity decimal , after the last number place in at least three(3)dots. e.g. 3.454545...
Improper fraction is greater than a proper fraction.
4/9 is a proper fraction and there is not an improper version.4/9 is a proper fraction and there is not an improper version.4/9 is a proper fraction and there is not an improper version.4/9 is a proper fraction and there is not an improper version.
463 into a improper fraction
Improper Fraction.
When you talk about fractions, you do include improper fractions. However, an improper fraction such as 24/6 is hard, because it should really be called 4. Yes, an improper fraction can be defined as a TYPE of fraction.
4.27 as an improper fraction is 427/100
Improper fraction is greater than a proper fraction.
4/9 is a proper fraction and there is not an improper version.4/9 is a proper fraction and there is not an improper version.4/9 is a proper fraction and there is not an improper version.4/9 is a proper fraction and there is not an improper version.
5.8 as an improper fraction is 58/10.
There is no equivalent improper fraction.
There is no equivalent improper fraction.
There is no equivalent improper fraction.
There is no equivalent improper fraction.
463 into a improper fraction
Improper Fraction.
It remains an improper fraction.
When you talk about fractions, you do include improper fractions. However, an improper fraction such as 24/6 is hard, because it should really be called 4. Yes, an improper fraction can be defined as a TYPE of fraction.