Recent questions in Exponents and radicals

nitraiddQ
2021-09-20
Answered

\(\displaystyle{\frac{{{4}^{{{4.2}}}}}{{{4}^{{{3.7}}}}}}\)

ka1leE
2021-09-20
Answered

\(\displaystyle{\log{{\left({\frac{{{4}{\left({x}+{6}\right)}^{{5}}}}{{\sqrt{{{x}^{{3}}}}}}}\right)}}}\)

Chardonnay Felix
2021-09-20
Answered

\(\displaystyle{\log{\sqrt{{{\frac{{{x}{y}^{{7}}}}{{{z}^{{3}}}}}}}}}\)

DofotheroU
2021-09-19
Answered

facas9
2021-09-19
Answered

ossidianaZ
2021-09-19
Answered

\(\displaystyle\sqrt{{{2}}}\sqrt{{{50}}}\)

Rui Baldwin
2021-09-19
Answered

\(\displaystyle\sqrt{{{\frac{{{75}}}{{{81}}}}}}\)

glamrockqueen7
2021-09-19
Answered

Perform the indicated operation and express all answers with a rational denominator

\(2a^2b\sqrt[3]{4a^3b}\cdot-6ab^2\sqrt[3]{18ab^4}\)

avissidep
2021-09-18
Answered

Lipossig
2021-09-18
Answered

\(\displaystyle{\left({\frac{{{1}}}{{{x}^{{2}}-{2}{x}-{63}}}}\right)}^{{\frac{{1}}{{2}}}}\)

Braxton Pugh
2021-09-17
Answered

\(\displaystyle{\left({\frac{{{2}{x}^{{-{1}}}}}{{{3}{y}}}}\right)}^{{-{2}}}\)

Lipossig
2021-09-17
Answered

Evaluate the radical expression, and express the result in the form \(a + bi.\)

\(\displaystyle{\frac{{\sqrt{{-{36}}}}}{{\sqrt{{-{2}}}\sqrt{{-{9}}}}}}\)

bobbie71G
2021-09-17
Answered

\(\displaystyle{4}\sqrt{{{52}{x}^{{3}}{y}^{{2}}}}\)

Harlen Pritchard
2021-09-17
Answered

\(\displaystyle{h}{\left({x}\right)}={\left({\left({6}{x}^{{-{4}}}-{6}{x}+{9}\right)}{\left({7}{x}^{{2}}+{9}{x}+{8}\right)}\right)}^{{{\frac{{{1}}}{{{2}}}}}}\)

Caelan
2021-09-16
Answered

\(\displaystyle{\left({3}\sqrt{{{2}}}-{5}\sqrt{{{3}}}\right)}{\left({6}\sqrt{{{2}}}-{7}\sqrt{{{3}}}\right)}\)