Math, asked by arunchawala6391, 8 months ago

ratinalise the denominator.​

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Answered by amitkumar44481
4

AnsWer :

2√3 - √6.

QuestioN :

Rationalise the denominator -

 \tt   \dagger \: \: \: \: \: \dfrac{3 \sqrt{2} }{ \sqrt{3} +  \sqrt{6}  }

SolutioN :

 \tt   : \implies \dfrac{3 \sqrt{2} }{ \sqrt{3} +  \sqrt{6}  }

 \tt   : \implies \dfrac{3 \sqrt{2} }{ \sqrt{3} +  \sqrt{6}  }  \times  \dfrac{ \sqrt{3} -  \sqrt{6}  }{ \sqrt{3} -  \sqrt{6}  }

 \tt   : \implies \dfrac{3 \sqrt{2}  \times ( \sqrt{3} -  \sqrt{6}  )}{{ \sqrt{3} }^{2}  -   {\sqrt{6} }^{2}  }

 \tt   : \implies \dfrac{3 \sqrt{6}   -  6\sqrt{3} }{3 -   6  }

 \tt   : \implies \dfrac{3 \sqrt{6}   - 6\sqrt{3}  }{ - 3   }

☛ Taking Common ( 3 )

 \tt   : \implies \dfrac{3( \sqrt{6}   -  2\sqrt{3}) }{ - 3  }

 \tt   : \implies  - ( \sqrt{6}  -2\sqrt{3})

 \tt   : \implies  2\sqrt{3}-\sqrt{6}

Therefore, the required value is 2√3 - √6.

Answered by PeepingMoon
5

Answer:

Hi mate

Step-by-step explanation:

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