
The combining of like factors from two radicals into one and then the simplification of the result.


A short demonstration of multiplying and then reducing the result when presented with the product of two radical expressions.


A The key to solving this kind of equation is multiplying through by the least common denominator to eliminate the fractions first, Then it is a matter of combining like terms on one side of the…


Two examples are shown here, one relatively easy, then one with some fractions involved.


The key to solving this equation is eliminating the fractions first by multiplying by the least common denominator and dividingout equal factors. Note that the integer term must be multiplied by…


Shows how to shoose appropriatate input values to find five points, then plot them and draw the graph.


Shows how to separate out the persct square so they can become whole numbers or expression leaving the remaining factors under the square root.


Demonstrats how to free all perfect squar in a radical expression so they are whole.


Demonstrates how the quotient rule for exponents is applied the same way to rational exponents.


Shows three examples of using a unit fraction as an exponent and coverting itt to its radical form sot the result can be further understood.


A short reminder of how to reduce first and then multiply two numerical fractions. Then we apply the same priciples to reducing like factors in an example with more than one variable and numerical…


This demonstrates how to write the function that includes the initial amount multiplied by the percent remaining or the initial amount multiplied by one plus the percent increase, with either being…


Shows how to plug in the given xvalues and get values for f(x) = b^x


This discusses what rationals and irratioinals are, then goes on to demonstrate how to eliminate any radical number in the denominator.


Multiplication of two radicals by pairing all numbers after prime factorization and taking half of all even exponents with variables as a base.


Multiplying two radical expressions by showing the factorization of the numbers and using even exponents to remove variable factors.
