Lutasin ang y^6=(91/8)^frac{1{8}}x+(65)^frac{1{4}}+2

$$y ^ { 6 } = ( \frac { 91 } { 8 } ) ^ { \frac { 1 } { 8 } } x + ( 65 ) ^ { \frac { 1 } { 4 } } + 2$$

I-solve ang x (complex solution)

$$x=-\frac{91^{\frac{7}{8}}\sqrt[8]{8}\left(-y^{6}+\sqrt[4]{65}+2\right)}{91}$$

Mga Hakbang sa Pagso-solve ng Linear Equation

Pagpalitin ang magkabilang panig para nasa kaliwang bahagi ang lahat ng variable na term.

$$\left(\frac{91}{8}\right)^{\frac{1}{8}}x+65^{\frac{1}{4}}+2=y^{6}$$

I-subtract ang 65^{\frac{1}{4}} mula sa magkabilang dulo.

$$\left(\frac{91}{8}\right)^{\frac{1}{8}}x+2=y^{6}-65^{\frac{1}{4}}$$

I-subtract ang 2 mula sa magkabilang dulo.

$$\left(\frac{91}{8}\right)^{\frac{1}{8}}x=y^{6}-65^{\frac{1}{4}}-2$$

Pagsunud-sunurin ang mga term.

$$\sqrt[8]{\frac{91}{8}}x=y^{6}-\sqrt[4]{65}-2$$

I-divide ang magkabilang dulo ng equation gamit ang \sqrt[8]{\frac{91}{8}}.

$$\frac{\sqrt[8]{\frac{91}{8}}x}{\sqrt[8]{\frac{91}{8}}}=\frac{y^{6}-\sqrt[4]{65}-2}{\sqrt[8]{\frac{91}{8}}}$$

Kapag na-divide gamit ang \sqrt[8]{\frac{91}{8}}, ma-a-undo ang multiplication gamit ang \sqrt[8]{\frac{91}{8}}.

$$x=\frac{y^{6}-\sqrt[4]{65}-2}{\sqrt[8]{\frac{91}{8}}}$$

I-divide ang y^{6}-\sqrt[4]{65}-2 gamit ang \sqrt[8]{\frac{91}{8}}.

$$x=\frac{\sqrt[8]{8}\left(y^{6}-\sqrt[4]{65}-2\right)}{\sqrt[8]{91}}$$

I-solve ang x

$$x=-\frac{2^{\frac{3}{8}}\times 91^{\frac{7}{8}}\left(-y^{6}+\sqrt[4]{65}+2\right)}{91}$$

Mga Hakbang sa Pagso-solve ng Linear Equation

Pagpalitin ang magkabilang panig para nasa kaliwang bahagi ang lahat ng variable na term.

$$\left(\frac{91}{8}\right)^{\frac{1}{8}}x+65^{\frac{1}{4}}+2=y^{6}$$

I-subtract ang 65^{\frac{1}{4}} mula sa magkabilang dulo.

$$\left(\frac{91}{8}\right)^{\frac{1}{8}}x+2=y^{6}-65^{\frac{1}{4}}$$

I-subtract ang 2 mula sa magkabilang dulo.

$$\left(\frac{91}{8}\right)^{\frac{1}{8}}x=y^{6}-65^{\frac{1}{4}}-2$$

Pagsunud-sunurin ang mga term.

$$\sqrt[8]{\frac{91}{8}}x=y^{6}-\sqrt[4]{65}-2$$

I-divide ang magkabilang dulo ng equation gamit ang \sqrt[8]{\frac{91}{8}}.

$$\frac{\sqrt[8]{\frac{91}{8}}x}{\sqrt[8]{\frac{91}{8}}}=\frac{y^{6}-\sqrt[4]{65}-2}{\sqrt[8]{\frac{91}{8}}}$$

Kapag na-divide gamit ang \sqrt[8]{\frac{91}{8}}, ma-a-undo ang multiplication gamit ang \sqrt[8]{\frac{91}{8}}.

$$x=\frac{y^{6}-\sqrt[4]{65}-2}{\sqrt[8]{\frac{91}{8}}}$$

I-divide ang y^{6}-\sqrt[4]{65}-2 gamit ang \sqrt[8]{\frac{91}{8}}.

$$x=\frac{\sqrt[8]{8}\left(y^{6}-\sqrt[4]{65}-2\right)}{\sqrt[8]{91}}$$

I-solve ang y (complex solution)

$$y\in \frac{2^{\frac{5}{6}}e^{\frac{\pi i}{3}}\sqrt[6]{2^{\frac{5}{8}}\sqrt[8]{91}x+2\sqrt[4]{65}+4}}{2},\frac{2^{\frac{5}{6}}\sqrt[6]{2^{\frac{5}{8}}\sqrt[8]{91}x+2\sqrt[4]{65}+4}}{2},\frac{2^{\frac{5}{6}}e^{\frac{2\pi i}{3}}\sqrt[6]{2^{\frac{5}{8}}\sqrt[8]{91}x+2\sqrt[4]{65}+4}}{2},-\frac{2^{\frac{5}{6}}\sqrt[6]{2^{\frac{5}{8}}\sqrt[8]{91}x+2\sqrt[4]{65}+4}}{2},\frac{2^{\frac{5}{6}}e^{\frac{4\pi i}{3}}\sqrt[6]{2^{\frac{5}{8}}\sqrt[8]{91}x+2\sqrt[4]{65}+4}}{2},\frac{2^{\frac{5}{6}}e^{\frac{5\pi i}{3}}\sqrt[6]{2^{\frac{5}{8}}\sqrt[8]{91}x+2\sqrt[4]{65}+4}}{2}$$

I-solve ang y

$$y=\frac{2^{\frac{5}{6}}\sqrt[6]{2^{\frac{5}{8}}\sqrt[8]{91}x+2\sqrt[4]{65}+4}}{2}$$

$$y=-\frac{2^{\frac{5}{6}}\sqrt[6]{2^{\frac{5}{8}}\sqrt[8]{91}x+2\sqrt[4]{65}+4}}{2}\text{, }x\geq -\frac{2^{\frac{3}{8}}\times 91^{\frac{7}{8}}\left(4\sqrt[4]{65}+8\right)}{364}$$