Home
Class 12
MATHS
If (2x^(2)+3x+4)/((x-1)(x^(2)+2))=A/(x-1...

If `(2x^(2)+3x+4)/((x-1)(x^(2)+2))=A/(x-1)+(Bx+C)/(x^(2)+2)` then the ascending order of A, B, C is

Promotional Banner

Similar Questions

Explore conceptually related problems

If (x^(2)+13x+15)/((x-1)(x^(2)+2))=(A)/(x-1)+(Bx+C)/(x^(2)+2) , then the descending order of A, B, C is

If (2x^(2)+3x+4)/((x-1)(x^(2)+2))=A/(x-1)+(Bx+C)/(x^(2)+2), " then "B=

If (2x+1)/((x-1)(x^(2)+2))=(A)/(x-1)+(Bx+c)/(x^(2)+2) then B=

If (x^(2)+5x+7)/(x-1)^(3)=A/(x-1)+B/(x-1)^(2)+C/(x-1)^(3) then the ascending order of A, B, C is

If (2x+1)/((x-1)(x^(2)+1))=A/(x-1)+(Bx+C)/(x^(2)+1) " then "A+B+C=

If int x^(2)e^(2x)dx=e^(x)(Ax^(2)+Bx+C)+c then the ascending order of A,B,C is

If (3x+2)/((x+1)(2x^(2)+3))=(A)/(x+1)+(Bx+C)/(2x^(2)+3) then A+C-B=

If (1)/((1+2x)(1-x^(2)))=(A)/(1+2x)+(B)/(1+x)+(C)/(1-x) then assending order of A, B, C.

If (1)/((1+2x)(1-x^(2)))=(A)/(1+2x)+(B)/(1+x)+(C)/(1-x) then assending order of A, B, C.