Tauwehe
16\left(m-1\right)^{2}
Aromātai
16\left(m-1\right)^{2}
Tohaina
Kua tāruatia ki te papatopenga
16\left(m^{2}-2m+1\right)
Tauwehea te 16.
\left(m-1\right)^{2}
Whakaarohia te m^{2}-2m+1. Whakamahia te tikanga tātai pūrua pā, a^{2}-2ab+b^{2}=\left(a-b\right)^{2}, ina a=m, ina b=1.
16\left(m-1\right)^{2}
Me tuhi anō te kīanga whakatauwehe katoa.
factor(16m^{2}-32m+16)
Ko te tikanga tātai o tēnei huatoru he pūrua huatoru, ka whakareatia pea e tētahi tauwehe pātahi. Ka taea ngā pūrua huatoru te tauwehe mā te kimi i ngā pūtakerua o ngā kīanga tau ārahi, autō hoki.
gcf(16,-32,16)=16
Kimihia te tauwehe pātahi nui rawa o ngā tau whakarea.
16\left(m^{2}-2m+1\right)
Tauwehea te 16.
16\left(m-1\right)^{2}
Ko te pūrua huatoru te pūrua o te huarua ko te tapeke tērā, te huatango rānei o ngā pūtakerua o ngā kīanga tau ārahi, autō hoki, e whakaritea ai te tohu e te tohu o te kīanga tau waenga o te pūrua huatoru.
16m^{2}-32m+16=0
Ka taea te huamaha pūrua te tauwehe mā te whakamahi i te huringa ax^{2}+bx+c=a\left(x-x_{1}\right)\left(x-x_{2}\right), ina ko x_{1} me x_{2} ngā otinga o te whārite pūrua ax^{2}+bx+c=0.
m=\frac{-\left(-32\right)±\sqrt{\left(-32\right)^{2}-4\times 16\times 16}}{2\times 16}
Ko ngā whārite katoa o te āhua ax^{2}+bx+c=0 ka taea te whakaoti mā te whakamahi i te tikanga tātai pūrua: \frac{-b±\sqrt{b^{2}-4ac}}{2a}. E rua ngā otinga ka puta i te tikanga tātai pūrua, ko tētahi ina he tāpiri a ±, ā, ko tētahi ina he tango.
m=\frac{-\left(-32\right)±\sqrt{1024-4\times 16\times 16}}{2\times 16}
Pūrua -32.
m=\frac{-\left(-32\right)±\sqrt{1024-64\times 16}}{2\times 16}
Whakareatia -4 ki te 16.
m=\frac{-\left(-32\right)±\sqrt{1024-1024}}{2\times 16}
Whakareatia -64 ki te 16.
m=\frac{-\left(-32\right)±\sqrt{0}}{2\times 16}
Tāpiri 1024 ki te -1024.
m=\frac{-\left(-32\right)±0}{2\times 16}
Tuhia te pūtakerua o te 0.
m=\frac{32±0}{2\times 16}
Ko te tauaro o -32 ko 32.
m=\frac{32±0}{32}
Whakareatia 2 ki te 16.
16m^{2}-32m+16=16\left(m-1\right)\left(m-1\right)
Tauwehea te kīanga taketake mā te whakamahi i te ax^{2}+bx+c=a\left(x-x_{1}\right)\left(x-x_{2}\right). Me whakakapi te 1 mō te x_{1} me te 1 mō te x_{2}.
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