Infinitely many, if you allow improper (or top heavy) fractions. Otherwise 40.
Arranged from least to greatest, the numerators and denominators are the times tables of the simplest form.
Yes, that is true. With all positive fractions that can be reduced, the numerator becomes a smaller positive whole number. There is no smaller positive whole number than one, therefore all fractions that have a numerator of 1 are in their simplest form. You can tell if a fraction is in its simplest form by finding the the GCF of the nmerator and the denominator. If the GCF is 1, the fraction is in its simplest form. The GCF of any number and 1 is 1, therefore all fractions that have a numerator of 1 are in their simplest form.
The definition of adding fractions is : "calculating the results of applying the binary operation of addition to two or more rational numbers which, in their simplest form, have denominators which are not one."
They have the same numerator (1) but different denominators. Since the numerator is 1 in each fraction, it cannot be simplified therefore each unit fraction is in its simplest form. Then, because the denominators of any two of them are different the fractions must be different.
To add fractions with the same denominators, simply add together the numerators, and cancel down if necessary. For example, 5/8 + 1/8 = 6/8. Cancelling this down to an improper fraction in its simplest form, this is equal to 3/4.
Arranged from least to greatest, the numerators and denominators are the times tables of the simplest form.
Yes, that is true. With all positive fractions that can be reduced, the numerator becomes a smaller positive whole number. There is no smaller positive whole number than one, therefore all fractions that have a numerator of 1 are in their simplest form. You can tell if a fraction is in its simplest form by finding the the GCF of the nmerator and the denominator. If the GCF is 1, the fraction is in its simplest form. The GCF of any number and 1 is 1, therefore all fractions that have a numerator of 1 are in their simplest form.
The definition of adding fractions is : "calculating the results of applying the binary operation of addition to two or more rational numbers which, in their simplest form, have denominators which are not one."
They have the same numerator (1) but different denominators. Since the numerator is 1 in each fraction, it cannot be simplified therefore each unit fraction is in its simplest form. Then, because the denominators of any two of them are different the fractions must be different.
To add fractions with the same denominators, simply add together the numerators, and cancel down if necessary. For example, 5/8 + 1/8 = 6/8. Cancelling this down to an improper fraction in its simplest form, this is equal to 3/4.
You can have any number that is uneven and that's not divisible by five
no need to change the denominators
1, 5, 7 and 11 twelfths.
When doing fractions it is the greatest common factor (GCF) and the least common multiple (LCM). You want the GCF when you are reducing fractions to their simplest form. When changing the denominators to a common one, you want the LCM.
13/14 is in its simplest form.
Yes that is the most effective approach in reducing fractions and finding their lowest common denominator.
Basically yes. If you want to be pedantic about it, though, there is the exception when the denominator is negative. Convention requires the simplest form to have a negative numerator (-1) and a positive denominator.