There is no specific name.-4 is smaller than -3 and (-4)/(-3) = 4/3 is a positive improper fraction.
-4 is smaller than 3 and (-4)/3 = -4/3 is a negative improper fraction.
-2 is smaller than 3 and (-2)/3 = -2/3 is a negative proper fraction.
3 is smaller than 4 and 3/4 is a positive proper fraction.
Thus, the fraction can be negative or positive, proper or improper.
You can compare the denominators.If the numerators are the same, the fraction with the bigger denominator has the smaller value.You can compare the denominators.If the numerators are the same, the fraction with the bigger denominator has the smaller value.You can compare the denominators.If the numerators are the same, the fraction with the bigger denominator has the smaller value.You can compare the denominators.If the numerators are the same, the fraction with the bigger denominator has the smaller value.
The larger fraction is the one with the smaller denominator, when the numerators are the same.
If the numerators are the same then a fraction with a bigger denominator is smaller than a fraction with a biiger denominator. The bigger the number you divide by, the smalller each bit is.
You can't unless the numerators are equal. In that case, the fraction with the larger denominator is smaller.
The one with the smaller number in the denominator. 3/4 is greater than 3/8
You first add the numerators then take the denominator to the bottom of the sum of the numerators.
Yes. If the numerators are the same, the larger the denominator the smaller the fraction is.
When the numerators are the same, the bigger denominator gives the smaller fraction and the smaller denominator the bigger fraction. So 3 < 4 means that 1/3 > 1/4
Numerators
To compare to fractions, please convert them to a common denominator. (1) Find the common denominator, (2) Convert both fractions to this common denominator, (3) Compare the numerators.
For a _positive_ fraction to be proper and in lowest terms, the numerator must be less than the denominator and be relatively prime. For denominator 1: 0 possible numerators. For denominator 2: 1 possible numerator. For denominator 3: 2 possible numerators. For denominator 4: 2 possible numerators. For denominator 5: 4 possible numerators. For denominator 6: 2 possible numerators. For denominator 7: 6 possible numerators. For denominator 8: 4 possible numerators. For denominator 9: 6 possible numerators. Adding all of them together gives 27 positive proper fractions in lowest terms. Symmetrically, there are 27 negative proper fractions in lowest terms. Also, 0/1 is in lowest terms by the above definition. So in total, there are 55 proper fractions in lowest terms with denominator being an integer from 1 to 9.
The fractions can be ordered according to the order of their numerators.