Divide 4 throughout the fraction, which gives \(\frac{12 \div 4}{16 \div 4} = \frac{3}{4}\).

Simplify \(\frac{3t + 6}{3t}\). The numerator of this fraction will factorise as there is a common factor of 3. This gives \(\frac{3(t + 2)}{3t}\). Now, there is clearly a common factor of 3 between ...

Rational expressions, at first glance, can seem intimidating, but mastering the ability to manipulate them, particularly filling in the blank to create equivalent expressions, is a fundamental skill ...

Multiplying rational algebraic expressions is conceptually similar to multiplying regular fractions. The key is to simplify and factor whenever possible before performing the multiplication. Here's a ...

Is there a built-in method to simplify a rational? Calling gcd and doing the division of the numerator and denominator is possible but while computing the gcd we should already have the simplified ...