Solution set of the inequality `1/(2^x-1)>1/(1-2^(x-1))` is `1,oo)` (b) `0,(log)_2(4/3)` (c) `(-1,oo)` `(0,(log)_2(4/3)uu(1,oo)`

The solution set of the inequality max {1-x^2,|x-1|}<1 is (-oo,0)uu(1,oo) (b) (-oo,0)uu(2,oo) (0,2) (d) (0,2)

The solution set of the inequality max {1-x^(2),|x-1|}<1 is (-oo,0)uu(1,oo) (b) (-oo,0)uu(2,oo)(0,2)(d)(0,2)

Solution set of the inequality (log)_(0. 8)((log)_6(x^2+x)/(x+4))<0 is (-4,-3) (b) (-3,4)uu(8,oo) (-3,oo) (d) (-4,-3)uu(8,oo)

Solution set of the inequality (log)_(0. 8)((log)_6(x^2+x)/(x+4))<0 is (-4,-3) (b) (-3,4)uu(8,oo) (-3,oo) (d) (-4,-3)uu(8,oo)

Solution set of the inequation (x^(2)+4x+4)/(2x^(2)-x-1)>0, is x in(-oo,-2)uu(-2,1)x in(-oo,-2)uu(-2,-(1)/(2))uu(1,oo)x in(-oo,-2)uu(-(1)/(2),1)uu(1,oo)x in(-oo,1)

The complete solution set of the inequality (3^(x)(2x-5)(x^(2)+x+2))/((cos x-2)(x^(2)+x))<=0 is (i) (-oo,-1)( (ii) ((5)/(2),oo) (iii) (-1,(5)/(2)] (iv) (-1,0)uu[(5)/(2),oo)

Solution set of inequality ((e^x-1)(2x-3)(x^2+x+2))/((sinx-2)(x+1)^2x)lt=0 is [3/2,oo) b. (-oo,-1)uu[3/2,oo) c. [-1,0)uu[3/2,oo) d. R-{0,-1}

Solution set of the inequation (x^2+4x+4)/(2x^2-x-1)>0, is x in (-oo,-2)uu(-2,1) x in (-oo,-2)uu(-2,-1/2)uu(1,oo) x in (-oo,-2)uu(-1/2,1)uu(1,oo) x in (-oo,1)

The solution set of the inequation (3)/(|x|+2) O (-1,1) O [-1,1] O (-oo,-1]uu[1,oo) O (1, oo)

The complete solution set of the inequality (1)/((log_(4)(x-1))/(x+2)<(1)/(log_(4)(x+3))), is,(-a,oo), then determine 'a .