That's a complex fraction.
It is a complex fraction.
A reduced fraction. If you divide by their GCF, you get its simplest form.
To double a fraction double the numerator and keep the denominator unchanged.
I can't tell if you're asking about the numerator or the denominator.The numerator is the number on top, being divided into.The denominator is the number on bottom, dividing the numerator.
A complex fraction.
There is no such term as the nominator. The numerator goes on top and the denominator on the bottom.
"The numerator and denominator are known as the fraction bar.”
It is a complex fraction.
A reduced fraction. If you divide by their GCF, you get its simplest form.
To double a fraction double the numerator and keep the denominator unchanged.
I can't tell if you're asking about the numerator or the denominator.The numerator is the number on top, being divided into.The denominator is the number on bottom, dividing the numerator.
In a fraction, the numerator represent the part out of the denominator which represents the total. Neither need be rational (or even real).
A complex fraction.
In fraction fx. (A*x^2+1) / (B-2*x) the upper part A*x^2+1 is called the "nominator/numerator" and lower part B-2*x is called the dominator
It is part of a compound fraction.
It is a compound fraction.
There is no simple answer to the question.If only the numerator is negative then the fraction is a negative fraction which may be proper or improper. If the numerator and the denominator have the same sign then the fraction is positive. It is an improper fraction if they are both negative and a proper fraction if they are both positive.