no, because there is an infinite number of possibilities
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 smaller from the larger gives
depends on what the problem is
multiply the nominator and denominator of each fraction by the denominator of the other fraction
Although the infinite rational numbers (those which can be represented as a fraction) are countable and can all be listed, it is impossible to list them in order to find the first one that occurs after 0 - whatever fraction you want to suggest as the first following 0, I can give you a smaller fraction which is between your fraction and 0: all I have to do is add 1 to the denominator.
No because the smallest fraction depeneds on how many parts you have for instance if the denominator is larger the fraction is smaller
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 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.
you multipy the smaller denomnater to equal the other fraction and multipy the numarter by the same number as the denomneter got multiplied by
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.
Actually, it is often easier to divide by factors other than the GCF as they will be smaller numbers. All that dividing by the GCF does is simplify the fraction in one step as opposed to many steps. I often find myself simplifying fractions by dividing by obvious smaller factors which means that when I do have to find a GCF (often to prove the fraction is in simplest form) it will be with smaller numbers as well (which is easier).
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
Subtract the smaller fraction from the larger one.
It is the smaller divided by the bigger. For 5 and 17, the 5 is 5/17 of the 17.