Quiz 6.2 - rad ops & solve eqns & inverses

Posljednje ažuriranje over 4 years ago

Quiz 6.2 - rad ops & solve eqns & inverses

Posljednje ažuriranje over 4 years ago

Simplify. Write final answers in simplest radical form, no spaces.
8\sqrt[4]{32}-\sqrt[4]{162}

Simplify. Write final answers in simplest radical form, no spaces.
\sqrt[3]{-3x^{2}}\cdot \sqrt[3]{24x^{5}}

Simplify. Write final answers in simplest radical form, no spaces.
\sqrt{2}(\sqrt{5}-6\sqrt{12})+\sqrt{40}

Simplify. Write your answers in simplest radical form.
(4\sqrt{7}+3)(6\sqrt{7}-1)

Simplify. Write your answers in simplest radical form.
(\sqrt{3}+\sqrt{2})^{2}

Simplify. Write your answers in simplest radical form.
\frac{-8\sqrt{140}}{2\sqrt{5}}

Simplify. Write your answers in simplest radical form.
\frac{\sqrt{8m^{2}}}{\sqrt{2m}}

Simplify. Write your answers in simplest radical form.
2^{\frac{1}{2}}\cdot 2^{3}

Simplify. Write your answers in simplest radical form.
(y^{2})^{\frac{3}{4}}

Simplify. Write your answers in simplist radical form.
\frac{\sqrt{c^{3}}}{\sqrt[4]{c^{5}}}

Match the functions to their inverses.

Stavka koja se može prevući		Odgovarajuća stavka
f(x) = 2x		f(x) = \sqrt{x}
f(x) = (x+3)^{2}		f(x) = \sqrt[3]{x}
f(x) = x^{3}		f(x) = \frac{1}{2}x
f(x) = x^{2}		f(x) = x-3
f(x) = x+3		f(x) = \sqrt{x}-3

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".
-2\sqrt{6x+3}=-18

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".
\sqrt[3]{19y+40}=3\sqrt[3]{y}

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".
(3c-21)^{\frac{1}{2}}=c-7

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".
\sqrt{72-n}=n

How can you determine if your solution to a radical equation is correct?

Quiz 6.2 - rad ops & solve eqns & inverses

Quiz 6.2 - rad ops & solve eqns & inverses

Simplify. Write final answers in simplest radical form, no spaces.8\sqrt[4]{32}-\sqrt[4]{162}

Simplify. Write final answers in simplest radical form, no spaces.\sqrt[3]{-3x^{2}}\cdot \sqrt[3]{24x^{5}}

Simplify. Write final answers in simplest radical form, no spaces.\sqrt{2}(\sqrt{5}-6\sqrt{12})+\sqrt{40}

Simplify. Write your answers in simplest radical form.(4\sqrt{7}+3)(6\sqrt{7}-1)

Simplify. Write your answers in simplest radical form.(\sqrt{3}+\sqrt{2})^{2}

Simplify. Write your answers in simplest radical form.\frac{-8\sqrt{140}}{2\sqrt{5}}

Simplify. Write your answers in simplest radical form.\frac{\sqrt{8m^{2}}}{\sqrt{2m}}

Simplify. Write your answers in simplest radical form.2^{\frac{1}{2}}\cdot 2^{3}

Simplify. Write your answers in simplest radical form.(y^{2})^{\frac{3}{4}}

Simplify. Write your answers in simplist radical form.\frac{\sqrt{c^{3}}}{\sqrt[4]{c^{5}}}

Match the functions to their inverses.

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".-2\sqrt{6x+3}=-18

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".\sqrt[3]{19y+40}=3\sqrt[3]{y}

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".(3c-21)^{\frac{1}{2}}=c-7

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".\sqrt{72-n}=n

How can you determine if your solution to a radical equation is correct?

Simplify. Write final answers in simplest radical form, no spaces.8\sqrt[4]{32}-\sqrt[4]{162}

Simplify. Write final answers in simplest radical form, no spaces.\sqrt[3]{-3x^{2}}\cdot \sqrt[3]{24x^{5}}

Simplify. Write final answers in simplest radical form, no spaces.\sqrt{2}(\sqrt{5}-6\sqrt{12})+\sqrt{40}

Simplify. Write your answers in simplest radical form.(4\sqrt{7}+3)(6\sqrt{7}-1)

Simplify. Write your answers in simplest radical form.(\sqrt{3}+\sqrt{2})^{2}

Simplify. Write your answers in simplest radical form.\frac{-8\sqrt{140}}{2\sqrt{5}}

Simplify. Write your answers in simplest radical form.\frac{\sqrt{8m^{2}}}{\sqrt{2m}}

Simplify. Write your answers in simplest radical form.2^{\frac{1}{2}}\cdot 2^{3}

Simplify. Write your answers in simplest radical form.(y^{2})^{\frac{3}{4}}

Simplify. Write your answers in simplist radical form.\frac{\sqrt{c^{3}}}{\sqrt[4]{c^{5}}}

Match the functions to their inverses.

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".-2\sqrt{6x+3}=-18

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".\sqrt[3]{19y+40}=3\sqrt[3]{y}

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".(3c-21)^{\frac{1}{2}}=c-7

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".\sqrt{72-n}=n

How can you determine if your solution to a radical equation is correct?

Simplify. Write final answers in simplest radical form, no spaces.
8\sqrt[4]{32}-\sqrt[4]{162}

Simplify. Write final answers in simplest radical form, no spaces.
\sqrt[3]{-3x^{2}}\cdot \sqrt[3]{24x^{5}}

Simplify. Write final answers in simplest radical form, no spaces.
\sqrt{2}(\sqrt{5}-6\sqrt{12})+\sqrt{40}

Simplify. Write your answers in simplest radical form.
(4\sqrt{7}+3)(6\sqrt{7}-1)

Simplify. Write your answers in simplest radical form.
(\sqrt{3}+\sqrt{2})^{2}

Simplify. Write your answers in simplest radical form.
\frac{-8\sqrt{140}}{2\sqrt{5}}

Simplify. Write your answers in simplest radical form.
\frac{\sqrt{8m^{2}}}{\sqrt{2m}}

Simplify. Write your answers in simplest radical form.
2^{\frac{1}{2}}\cdot 2^{3}

Simplify. Write your answers in simplest radical form.
(y^{2})^{\frac{3}{4}}

Simplify. Write your answers in simplist radical form.
\frac{\sqrt{c^{3}}}{\sqrt[4]{c^{5}}}

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".
-2\sqrt{6x+3}=-18

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".
\sqrt[3]{19y+40}=3\sqrt[3]{y}

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".
(3c-21)^{\frac{1}{2}}=c-7

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".
\sqrt{72-n}=n

Simplify. Write final answers in simplest radical form, no spaces.
8\sqrt[4]{32}-\sqrt[4]{162}

Simplify. Write final answers in simplest radical form, no spaces.
\sqrt[3]{-3x^{2}}\cdot \sqrt[3]{24x^{5}}

Simplify. Write final answers in simplest radical form, no spaces.
\sqrt{2}(\sqrt{5}-6\sqrt{12})+\sqrt{40}

Simplify. Write your answers in simplest radical form.
(4\sqrt{7}+3)(6\sqrt{7}-1)

Simplify. Write your answers in simplest radical form.
(\sqrt{3}+\sqrt{2})^{2}

Simplify. Write your answers in simplest radical form.
\frac{-8\sqrt{140}}{2\sqrt{5}}

Simplify. Write your answers in simplest radical form.
\frac{\sqrt{8m^{2}}}{\sqrt{2m}}

Simplify. Write your answers in simplest radical form.
2^{\frac{1}{2}}\cdot 2^{3}

Simplify. Write your answers in simplest radical form.
(y^{2})^{\frac{3}{4}}

Simplify. Write your answers in simplist radical form.
\frac{\sqrt{c^{3}}}{\sqrt[4]{c^{5}}}

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".
-2\sqrt{6x+3}=-18

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".
\sqrt[3]{19y+40}=3\sqrt[3]{y}

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".
(3c-21)^{\frac{1}{2}}=c-7

Solve the equation. Check for extraneous solutions. Enter your answer as a number. If you have two solutions, list them in increasing order separated by a comma and a space. If there are no solutions, type "none".
\sqrt{72-n}=n