Divide as directed. (i) `5(2x 1) (3x 5) (2x 1) r (r p) 104pa` (v) `x(x + 1) 2) (x + 3) xx 1) 5y 3) 5 1` ham as directed.

Divide as directed : 5(2x + 1) (3x + 5) -: (2x + 1)

Divide as directed. 5(2x + 1)(3x + 5) div (2x + 1)

Divide as directed: 5(2x+1)(3x+5):-(2x+1)

Divide as directed.(i) 5(2x1)(3x5)(2x1)r(rp)104pa(v)x(x+1)2)(x+3)xx1)5y351 ham as directed.

Divide as directed. (i) 5(2x+1) (3x+5) -: (2x+1) (ii) 26xy(x+5) (y-4) -: 13x(y-4)

Use suitable identities to find the following products (i) (x +5) (x +2) (ii) (x-5) (x-5) (iii) (3x +3) (3x -2) (iv) (x ^(2) + (1)/( x ^(2)) )(x ^(2) - (1)/( x ^(2))) (v) (1+x) (1+x)

Use suitable idntities to find the following products (i) (x +5) (x +2) (ii) (x-5) (x-5) (iii) (3x +3) (3x -2) (iv) (x ^(2) + (1)/( x ^(2)) )(x ^(2) - (1)/( x ^(2))) (v) (1+x) (1+x)

Use suitable idntities to find the following products (i) (x +5) (x +2) (ii) (x-5) (x-5) (iii) (3x +3) (3x -2) (iv) (x ^(2) + (1)/( x ^(2)) )(x ^(2) - (1)/( x ^(2))) (v) (1+x) (1+x)