" 64.(i) "(1)/(x+1)+(2)/(x+2)=(5)/(x+4),x!=-1,-2,-4

(1)/(x+1)+(2)/(x+2)=(4)/(x+4),x!=-1,x!=-2,x!=-4

Solve each of the following quadratic equations: (i) (1)/(x+1)+(2)/(x+2)=(5)/(x+4),xne-1,-2,-4 (ii) (1)/(x+1)+(3)/(5x+1)=(5)/(x+4),xne-1,-(1)/(5),-4

Solve for x:(1)/(x+1)+(2)/(x+2)=(4)/(x+4),quad x!=1,-2,-4

Solve for x : 1/(x+1)+2/(x+2)=4/(x+4),\ \ x!=1,\ -2,\ -4

Solve for x : 1/(x+1)+2/(x+2)=4/(x+4) , x!=1, -2, -4

Expand using binomial theorem: (i) (1-2x)^(4) " " (ii) (x+2y)^(5) (iii) (x-(1)/(x))^(6) " "(iv) ((2x)/(3)=(3)/(2x))^(5) (v) (x^(2) +(2)/(x))^(6)" "(vi) (1+(1)/(x^(2)))^(4)

((x+1)(4x-3)-4x^(2)+5)/(4x+1)=2

Obtain the different coefficient of the following : (i) (x-1)(2x+5) (ii) (1)/(2x+1) (iii) (3x+4)/(4x+5) (iv) (x^(2))/(x^(3)+1)

Obtain the different coefficient of the following : (i) (x-1)(2x+5) (ii) (1)/(2x+1) (iii) (3x+4)/(4x+5) (iv) (x^(2))/(x^(3)+1)

The area (in sq. units) of the region described by {(x ,""y)"":""y^2lt=2x and ygeq4x-1} is : (1) 7/(32) (2) 5/(64) (3) (15)/(64) (4) 9/(32)