The rule for raising a power to a power is demonstrated in simplifying a monomial in which an exponent is outside parentheses.
Simplifying an expression with an exponent of zero.
Equations can sometimes be simplified to present the same information in a form that is easier to work with. Simplify whenever possible by combining like terms.
A guideline is presented: a simplified radical expression never has radicals in the denominator. An expression with a radical in the denominator, but not in the numerator, is simplified using the identity property of multiplication and the process o...
Using the rules for exponents to divide a polynomial by a monomial.
The rules for exponents includes the rule for dividing two monomials with the same base, as demonstrated here.
An equation is found to have no solution after using the least common denominator to get a quadratic equation.
Examples of simplifying radical expressions with division when numerators contains a binomial.
Writing an expression in radical notation is detailed using several examples
A practical problem involving setting a speed limit is solved that involves estimating radicals to find the value of an irrational solution.