Radical Expressions and Equations

Radical equations and expressions are mathematical components that incorporate roots, encompassing square roots, cube roots, and the likes. These expressions are characterized by the presence of a number or variable that is placed beneath a root symbol. On the other hand, these expressions become equations when they are equated with different values. The resolution of these equations frequently necessitates the segregation of the radical, followed by squaring the components on either side.

Calculating the Square Root

Solve the equation \( x^2 = 25 \)

Simplifying Radical Expressions

Which of the following is the simplified form of $\sqrt{x} \cdot \sqrt[7]{x} \cdot \sqrt[7]{x}$ ? $x^{\frac{3}{7}}$ $x^{\frac{1}{7}}$ $x^{\frac{3}{21}}$ $21 \sqrt{x}$

Rationalizing Radical Expressions

Simplify $\frac{2 \sqrt{5}}{\sqrt{10}}$

Solving Radical Equations

Question 1 of 33 Solve $\sqrt{4 x+24}=x+3$. Check for extraneous solutions. A. No solution B. $x=-5$ C. $x=-5,3$ D. $x=3$

Rewriting with Rational (Fractional) Exponents

Select the equivalent expression. \[ \sqrt[9]{\frac{y}{y^{4}}} \]

Finding the Square Root End Point

Find the end point of a line segment with a start point of (3,4) and a length of \(5\sqrt{2}\). The line segment is moving along a path that forms a 45 degree angle with the positive x-axis.