Whakaoti i te 2mn/m^3+n^3+2m/m^2-n^2-1/m-n

$$\frac { 2 m n } { m ^ { 3 } + n ^ { 3 } } + \frac { 2 m } { m ^ { 2 } - n ^ { 2 } } - \frac { 1 } { m - n }$$

Aromātai

$$\frac{m^{2}+mn+n^{2}}{m^{3}+n^{3}}$$

Ngā Hipanga Rongoā Poto

Tauwehea te m^{3}+n^{3}. Tauwehea te m^{2}-n^{2}.

$$\frac{2mn}{\left(m+n\right)\left(m^{2}-mn+n^{2}\right)}+\frac{2m}{\left(m+n\right)\left(m-n\right)}-\frac{1}{m-n}$$

Hei tāpiri, hei tango kīanga rānei, me whakaroha ērā kia rite ā rātou tauraro. Ko te taurea pātahi iti rawa o \left(m+n\right)\left(m^{2}-mn+n^{2}\right) me \left(m+n\right)\left(m-n\right) ko \left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right). Whakareatia \frac{2mn}{\left(m+n\right)\left(m^{2}-mn+n^{2}\right)} ki te \frac{m-n}{m-n}. Whakareatia \frac{2m}{\left(m+n\right)\left(m-n\right)} ki te \frac{m^{2}-mn+n^{2}}{m^{2}-mn+n^{2}}.

$$\frac{2mn\left(m-n\right)}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)}+\frac{2m\left(m^{2}-mn+n^{2}\right)}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)}-\frac{1}{m-n}$$

Tā te mea he rite te tauraro o \frac{2mn\left(m-n\right)}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)} me \frac{2m\left(m^{2}-mn+n^{2}\right)}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)}, me tāpiri rāua mā te tāpiri i ō raua taurunga.

$$\frac{2mn\left(m-n\right)+2m\left(m^{2}-mn+n^{2}\right)}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)}-\frac{1}{m-n}$$

Mahia ngā whakarea i roto o 2mn\left(m-n\right)+2m\left(m^{2}-mn+n^{2}\right).

$$\frac{2m^{2}n-2mn^{2}+2m^{3}-2m^{2}n+2mn^{2}}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)}-\frac{1}{m-n}$$

Whakakotahitia ngā kupu rite i 2m^{2}n-2mn^{2}+2m^{3}-2m^{2}n+2mn^{2}.

$$\frac{2m^{3}}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)}-\frac{1}{m-n}$$

Hei tāpiri, hei tango kīanga rānei, me whakaroha ērā kia rite ā rātou tauraro. Ko te taurea pātahi iti rawa o \left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right) me m-n ko \left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right). Whakareatia \frac{1}{m-n} ki te \frac{\left(m+n\right)\left(m^{2}-mn+n^{2}\right)}{\left(m+n\right)\left(m^{2}-mn+n^{2}\right)}.

$$\frac{2m^{3}}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)}-\frac{\left(m+n\right)\left(m^{2}-mn+n^{2}\right)}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)}$$

Tā te mea he rite te tauraro o \frac{2m^{3}}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)} me \frac{\left(m+n\right)\left(m^{2}-mn+n^{2}\right)}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)}, me tango rāua mā te tango i ō raua taurunga.

$$\frac{2m^{3}-\left(m+n\right)\left(m^{2}-mn+n^{2}\right)}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)}$$

Mahia ngā whakarea i roto o 2m^{3}-\left(m+n\right)\left(m^{2}-mn+n^{2}\right).

$$\frac{2m^{3}-m^{3}+m^{2}n-mn^{2}-nm^{2}+n^{2}m-n^{3}}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)}$$

Whakakotahitia ngā kupu rite i 2m^{3}-m^{3}+m^{2}n-mn^{2}-nm^{2}+n^{2}m-n^{3}.

$$\frac{m^{3}-n^{3}}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)}$$

Me whakatauwehe ngā kīanga kāore anō i whakatauwehea i roto o \frac{m^{3}-n^{3}}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)}.

$$\frac{\left(m-n\right)\left(m^{2}+mn+n^{2}\right)}{\left(m+n\right)\left(m-n\right)\left(m^{2}-mn+n^{2}\right)}$$

Me whakakore tahi te m-n i te taurunga me te tauraro.

$$\frac{m^{2}+mn+n^{2}}{\left(m+n\right)\left(m^{2}-mn+n^{2}\right)}$$

Whakarohaina te \left(m+n\right)\left(m^{2}-mn+n^{2}\right).

$$\frac{m^{2}+mn+n^{2}}{m^{3}+n^{3}}$$

Kimi Pārōnaki e ai ki m

$$\frac{-m^{4}+2mn^{3}+n^{4}-2nm^{3}-3\left(mn\right)^{2}}{\left(m^{3}+n^{3}\right)^{2}}$$