Elevate Your Exponents and Radicals Skills Today

High School
Algebra
Algebra I
Exponents and radicals

Recent questions in Exponents and radicals

Braxton Pugh 2021-09-17

Simplify and express the answer using positive exponents:
${(\frac{2 x^{- 1}}{3 y})}^{- 2}$

OlmekinjP 2021-09-16

Simplify the equation:
$\sqrt[4]{(x + 6)^{4}}$

generals336 2021-09-16

Use the quotient rule to simplify. Assume that all variables represent positive real numbers.
$\sqrt[6]{\frac{7 x}{64 y 12}}$

ringearV 2021-09-16

Find the distance between the pair of points $(0, \sqrt{2})$ and $(\sqrt{7}, 0)$ . If necessary, express answers in simplified radical form and then round to two decimals places.

aortiH 2021-09-16

Simplify the radical expression
$\sqrt[4]{(m + 4)^{8}}$

Chaya Galloway 2021-09-16

Solve the exponential equation by expressing each side as a power of the same base and then equating exponents.
$6^{\frac{x - 3}{4}} = \sqrt{6}$

Albarellak 2021-09-15

Solve the exponential equation. Express irrational solutions in exact form.
$6^{1 - 4 x} = 5^{x}$

coexpennan 2021-09-14

Find the distance between the points (6, −1) and (-18, 6). Enter the exact value of the answer.
In case of radicals, use $\sqrt{()}$ . For example, enter $3 \sqrt{5}$ for $3 \sqrt{5}$ .

Wotzdorfg 2021-09-14

The supply function for a product is given by p = 20 + 100 radical 2x + 9, where x is the number of units supplied and p is the price in dollars. If the price is increasing at a rate of $1 per month, at what rate is the supply changing when x=20?

foass77W 2021-09-14

Write the expression without exponents and solve. Im

mattgondek4 2021-09-14

Expresses a single fraction and simplest radical form with the rational denominator.
$\frac{7 + \sqrt{7}}{8 - \sqrt{7}}$

Aneeka Hunt 2021-09-13

Write the given expression as a single quotient in which only positive exponents and/or radicals appear. Do NOT rationalize the denominator.
$\frac{\sqrt{4 + x} - x \cdot \frac{1}{2 \sqrt{4 + x}}}{4 + x}$

OlmekinjP 2021-09-13

Simplify the exponential expression and express answer with positive exponents.
$\frac{5^{- 2} x y^{6}}{3 x^{4} y^{- 2}}$

sibuzwaW 2021-09-13

Solve the equation:
$\frac{{(9 a^{3} b^{4})}^{\frac{1}{2}}}{15 a^{2} b}$

Tobias Ali 2021-09-13

Simplify and rewrite the expression so each variable only appears once.
$\sqrt{a^{16} b^{10}} \cdot {(a^{- 2} b^{3})}^{4}$

glasskerfu 2021-09-12

Solve the radical equation and check all proposed solutions.
$x - \sqrt{3 x - 2} = 4$

Aneeka Hunt 2021-09-12

Solve the quadratic equation by the square root method and write the solutions in radical form. Simplify the solutions
${(6 y + 21)}^{2} = 50$

Tahmid Knox 2021-09-11

Evaluate the radical expression and express the result in the form a+bi
$\frac{2 + \sqrt{- 8}}{1 + \sqrt{- 2}}$

nagasenaz 2021-09-11

Add and Subtract Radical Expressions In the following exercises, simplify.
$3 \sqrt{75 y^{2}} + 8 y \sqrt{48} - \sqrt{300 y^{2}}$

pancha3 2021-09-11

Add and subtract radical expressions
$\sqrt{12} + \sqrt{3}$

Solving equations with radicals and rational exponents is encountered in Algebra 1 level, which makes a study of exponents relatively difficult without good examples that start with an analysis of variables and mathematical objectives. Remember to start with the use of the radical sign and focus on those multiplications that are being repeated. It is much easier to focus on answers that have been provided to determine all the surds and related numbers. Take your time to post your questions and see how similar problems have been resolved.

Algebra I

Level Up Your Exponents and radicals Skills with Practice Problems and Expert Insights