If the numerator is less than the denominator then the fraction is less than 1.
There can be no such thing as a nearest fraction since, given any fraction, it is always possible to find a fraction that is nearer.
No, because 0.9 repeating is 1, which is an integer, not a "normal" fraction.
Subtract the smaller fraction from the larger one.
You cannot because it does not exist. Given any positive fraction, half that number will be a smaller, positive fraction. You can keep going forever without reaching a least.
There is no fraction that has a least value since it is always possible to find another fraction that is smaller.
no, because there is an infinite number of possibilities
No, because there is an infinite number of possibilities smaller from the larger gives
Always: 1/(x +1 ) is smaller than 1/x
If the numerator is less than the denominator then the fraction is less than 1.
There can be no such thing as a nearest fraction since, given any fraction, it is always possible to find a fraction that is nearer.
No, because 0.9 repeating is 1, which is an integer, not a "normal" fraction.
find the objects area first. Then put the objects' area into a fraction by smaller in numerator and larger in denominator then divide and put decimal into fraction or percent
It is the smaller divided by the bigger. For 5 and 17, the 5 is 5/17 of the 17.
Subtract the smaller fraction from the larger one.
you go on another site!
depends on what the problem is