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Resolver para x
x=\frac{2^{\frac{2}{3}}\left(\sqrt[3]{-61\sqrt[5]{y|y|}+3\sqrt[5]{y}\sqrt{3\left(1323y^{\frac{2}{5}}-122\sqrt[5]{7y}+27\times 7^{\frac{2}{5}}\right)}+27\sqrt[5]{7|y|}}+\sqrt[3]{-61\sqrt[5]{y|y|}-3\sqrt[5]{y}\sqrt{3\left(1323y^{\frac{2}{5}}-122\sqrt[5]{7y}+27\times 7^{\frac{2}{5}}\right)}+27\sqrt[5]{7|y|}}+\sqrt[3]{2}\sqrt[15]{y|y|}\right)}{6\sqrt[15]{y|y|}},y\neq 0
Resolver para y
y=\frac{7}{\left(x\left(x^{2}-x+7\right)\right)^{5}},x\neq 0
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Cuestionario
Algebra
5 problemas similares a:
y = \frac { 7 } { ( x ^ { 3 } - x ^ { 2 } + 7 x ) ^ { 5 } }
Problemas similares de búsqueda web
Finding first and second derivatives of y=(x-1) (x+1)^3 and y=\frac{10}{4x^3-9x^2+6x} in order to determine monotonic intervals
https://math.stackexchange.com/q/3003291
I'm having a problem finding the first and second derivatives of the following... Hint: I will show the first derivative of each function below, hope this helps: for y=(x-1) (x+1)^3 you could use ...
How do you differentiate \displaystyle{y}=\frac{{{x}^{{3}}-{x}^{{2}}-{3}}}{{{x}^{{5}}+{3}}} using the quotient rule?
https://socratic.org/questions/how-do-you-integrate-y-x-3-x-2-3-x-5-3-using-the-quotient-rule
\displaystyle\frac{{{\left.{d}{y}\right.}}}{{{\left.{d}{x}\right.}}}=\frac{{{x}^{{4}}+{15}{x}^{{2}}-{4}{x}}}{{\left({x}^{{2}}+{5}\right)}^{{2}}} Explanation: Quotient rule states if \displaystyle{y}={y}{\left({x}\right)}=\frac{{{g{{\left({x}\right)}}}}}{{{h}{\left({x}\right)}}} ...
How do you minimize and maximize \displaystyle{f{{\left({x},{y}\right)}}}=\frac{{x}}{{e}^{{{x}-{y}}}}+{y} constrained to \displaystyle{1}{<}\frac{{x}^{{2}}}{{y}}+\frac{{y}^{{2}}}{{x}}{<}{9} ?
https://socratic.org/questions/how-do-you-minimize-and-maximize-f-x-y-x-e-x-y-y-constrained-to-1-x-2-y-y-2-x-9
See below. Explanation: The attached plot shows the location of stationary points. The arrows represent the gradient of the objective function (black) and the boundary (red) at each stationary point. ...
How do you find the maximum, minimum and inflection points and concavity for the function \displaystyle{y}=\frac{{1}}{{3}}{x}^{{3}}+{2}{x}^{{2}}+{24} ?
https://socratic.org/questions/how-do-you-find-the-maximum-minimum-and-inflection-points-and-concavity-for-the--23
Taking the derivative enough times will get you the answer to each question. Explanation: First, we want to find the minimum and maximum points of the equation \displaystyle{y}=\frac{{1}}{{3}}{x}^{{3}}+{2}{x}^{{2}}+{24} ...
What is the x-coordinate of the point of inflection on the graph of \displaystyle{y}={\left(\frac{{1}}{{3}}\right)}{x}^{{3}}+{5}{x}^{{2}}+{24} ?
https://socratic.org/questions/what-is-the-x-coordinate-of-the-point-of-inflection-on-the-graph-of-y-1-3-x-3-5x
Jim H Apr 3, 2015 \displaystyle-{5} \displaystyle{y}={\left(\frac{{1}}{{3}}\right)}{x}^{{3}}+{5}{x}^{{2}}+{24} \displaystyle{y}'={x}^{{2}}+{10}{x} \displaystyle{y}{''}={2}{x}+{10} ...
How do you implicitly differentiate \displaystyle{\left(\frac{{x}}{{{x}-{4}{y}}}\right)}=\frac{{x}^{{{3}}}}{{y}^{{2}}}-{1} ?
https://socratic.org/questions/how-do-you-implicitly-differentiate-x-x-4y-x-3-y-2-1
\displaystyle{y}'=\frac{{{2}{x}^{{3}}-{y}^{{2}}-{6}{x}^{{2}}{y}}}{{{2}{x}{y}+{2}{x}^{{3}}-{6}{y}^{{2}}}} Explanation: \displaystyle{\left(\frac{{x}}{{{x}-{4}{y}}}\right)}=\frac{{x}^{{3}}}{{y}^{{2}}}-{1}=\frac{{{x}^{{3}}-{y}^{{2}}}}{{y}^{{2}}} ...
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