it is euclidean algorithm...
LCD
You can simplify fractions, sometimes, but you can never simplify whole numbers.
no
Many of them.
because when we simplify fractions it will give you the correct answer and that is the rule.
step by step
LCD
They are useful in reducing fractions and to simplify radicals. They are useful in reducing fractions and to simplify radicals.
You can simplify fractions, sometimes, but you can never simplify whole numbers.
no
Many of them.
because when we simplify fractions it will give you the correct answer and that is the rule.
you can not simplify fractions when one of the ( whole or part) numbers can not be divided by and thing like 11 over 17 could NOT be simplified
need a simple explanation of Euclids theory.
An algorithm is a rule or procedure for solving a particular problem. We are not told what is the problem involving these 2 fractions which is to be solved.
To simplify complex fractions, first rewrite the complex fraction as a division of two fractions. Identify the numerator and denominator, and if necessary, find a common denominator for the fractions involved. Then, multiply both the numerator and the denominator by that common denominator to eliminate the fractions. Finally, simplify the resulting expression by reducing any common factors.
Simplify them.