Math, asked by zherlook, 5 months ago

To factorise m^2-4m+33​

Answers

Answered by Anonymous
229

\huge{\bold☘}\mathfrak\pink{\bold{\underline{{ ℘ɧεŋσɱεŋศɭ}}}}{\bold☘}

\red{\bold{\underline{\underline{❥Question᎓}}}}To factorise m^2-4m+33

\huge\orange{\overbrace{\red{\underbrace\color{blue}{\underbrace\color{black}{\colorbox{lime}{{\red\:{「Answer」}}}}}}}}

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 {m}^{2}  - 4 m + 33

Here we use quadratic formula to find out the roots:-

\bold{Here\: ,a=1\: ,b=-4 & c=33}

 ⟹m =  \frac{ - b ± \sqrt{ {b}^{2}  - 4ac}  }{2a}

 ⟹ m=  \frac{ - ( - 4)±\sqrt{ {( - 4)}^{2}  - 4(1)(33)}  }{2(1)}

 ⟹m=  \frac{4± \sqrt{16 - 132} }{2}

 ⟹m =  \frac{4± \sqrt{ - 116} }{2}  =  \frac{4±2 \sqrt{ - 29} }{2}

 ⟹m =  \frac{2(2± \sqrt{ - 29} )}{2}  = 2± \sqrt{29i}

\bold{Here\: is\: your\: answer}

i(we say iota is placed of -ve sign whenever inside the root value so we simply replace negative sign by placing iota instead of negative sign inside roots)

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Answered by itzcutyanushka
2

To factorise m^2-4m+3

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{m}^{2} - 4 m + 33m

2

−4m+33

Here we use quadratic formula to find out the roots:-

\bold{Here\: ,a=1\: ,b=-4 & c=33}

⟹m = \frac{ - b ± \sqrt{ {b}^{2} - 4ac} }{2a}⟹m=

2a

−b±

b

2

−4ac

⟹ m= \frac{ - ( - 4)±\sqrt{ {( - 4)}^{2} - 4(1)(33)} }{2(1)}⟹m=

2(1)

−(−4)±

(−4)

2

−4(1)(33)

⟹m= \frac{4± \sqrt{16 - 132} }{2}⟹m=

2

16−132

⟹m = \frac{4± \sqrt{ - 116} }{2} = \frac{4±2 \sqrt{ - 29} }{2}⟹m=

2

−116

=

2

4±2

−29

⟹m = \frac{2(2± \sqrt{ - 29} )}{2} = 2± \sqrt{29i}⟹m=

2

2(2±

−29

)

=2±

29i

\bold{Here\: is\: your\: answer}Hereisyouranswer

i(we say iota is placed of -ve sign whenever inside the root value so we simply replace negative sign by placing iota instead of negative sign inside roots)

╚════════════════════════╝

нσρє ıт нєłρs yσυ

_____________________

тнαηkyσυ

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