This video tutorial covers graphing and transforming radical functions, simplifying radicals, and performing operations with radicals, including rationalizing denominators. It also explores calculating area and perimeter using radicals and advanced techniques for simplifying and multiplying radicals.

What is the first step in graphing a radical function?

• Determine the range

• Find the domain

• Create a table of values

• Identify the vertex

How do you determine the transformation of a parent function?

• By looking at the coefficients

• By calculating the range

• By analyzing the vertex form

• By finding the domain

What does a negative 'a' value indicate in a function's graph?

• The graph shifts left

• The graph shifts right

• The graph moves up

• The graph is upside down

Which perfect square is used to simplify √20?

• 4

• 25

• 16

• 9

What is the rule for simplifying radicals with even exponents?

• Double the exponents

• Subtract the exponents

• Cut the exponents in half

• Add the exponents

How do you handle odd exponents in radicals?

• Subtract one from the exponent

• Add one to the exponent

• Multiply the exponent by two

• Divide the exponent by two

What is the first step in simplifying a complex radical expression?

• Add the coefficients

• Multiply by the conjugate

• Break it into smaller radicals

• Combine like terms

How do you calculate the area of a rectangle with radical expressions?

• Add the side lengths

• Multiply the side lengths

• Subtract the side lengths

• Divide the side lengths

What is the process of removing a radical from the denominator called?

• Simplifying

• Rationalizing

• Factoring

• Distributing

When can you combine radical terms?

• When they have the same coefficient

• When they have the same radicand

• When they have different coefficients

• When they have different radicands