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Q.

Factorise completely by using Remainder Theorem 2 x 3 x 2 y36x y 2 45 y 3  .


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a

x+3y x5y 2x+3y  

b

x+3y x+5y 2x+3y  

c

x+3y x5y 2x3y  

d

x3y x5y 2x3y   

answer is A.

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Detailed Solution

Given, 2 x 3 x 2 y36x y 2 45 y 3  .
If a polynomial of x is divided by a linear expression of x, the remainder is zero, according to the Remainder theorem.
By hit and trial method substituting x = -3y to 2 x 3 x 2 y36x y 2 45 y 3  we get that x=-3y {x+3y=0} is a factor of 2 x 3 x 2 y36x y 2 45 y 3  .
Therefore, dividing 2 x 3 x 2 y36x y 2 45 y 3   by x = -3y, the quotient is 2 x 2 7xy15 y 2  .
So, 2 x 3 x 2 y36x y 2 45 y 3   can be written as,
x+3y 2 x 2 7xy15 y 2 x+3y 2 x 2 10xy+3xy15 y 2 x+3y 2x x5y +3y x5y x+3y x5y 2x+3y  
The factors of given equation are x+3y x5y 2x+3y  .
The correct option is 1).
 
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