I am going to assume you mean a polynomial numerator and a monomial denominator, such as the following example
(ax + bd)/x
In this example, if you want to retain a single fraction, nothing can cancel. However, the following expression is equal to the first
ax/x + bd/x
With which you can reduce, leaving
a + bd/x
Hope this helps!
No, you must always do the same thing to both sides of an equation or to the numerator and the denominator
When the GCF of the numerator and the denominator is one.
It is simplification.
vinculum
fvsdfgdfhfgjghjghj :)
When both numerator and denominator have only factors of one
39/91 can be cancelled down to 3/7, by dividing both the numerator and denominator by 13.
the term for the bottom number on a fraction is the denominator. The top number is the numerator. Example: in the fraction 2/3, the 2 is the numerator and the 3 is the denominator.
No, you must always do the same thing to both sides of an equation or to the numerator and the denominator
first find the GCF of the number and then divide both numerator and denominator by .
The relative sizes of the numerator and denominator have nothing to do with the major axis.
When the GCF of the numerator and the denominator is one.
It is simplification.
Divide the numerator and the denominator by their highest common factor.
"Denumerator" is the incorrect but commonly substituted spelling of "denominator". A denominator is the term in the lower part of a fraction, the value by which the numerator is divided. For example, the denominator of 1/2 is 2, and the numerator is 1.
24/5 / 5 = 24/5 * 1/5 = 24/25 When you divide, the second term must be turned into its reciprocal value ( numerator and denominator reverse) and then you multiply as you normally would. Numerator * Numerator and Denominator * Denominator.
vinculum