Consider the inequality max `{1-x^2,|x - 1|}<1` then

The solution set of the inequality max {1-x^2,|x - 1|}<1 then

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)

Consider the inequalities x_1+x_2 le 3,2x_1+5x_2ge 10x_1,x_2 ge 0 then feasible region is

Consider the inequalities x_(1)+x_(2) le,2, 2x_(1)+5x_(2) ge 10, x_(1),x_(2) ge0 . Which of the following point lie in the fesible region ?

Consider the function f(x) = max {1,|x-1| , min {4,13x, -11}} AA x in R Then find the value of f(3)

Solve the inequality x/3>x/2+1 .

Consider the inequation x^(2) + x + a - 9 lt 0 The value of the parameter a so that the given inequaiton is ture AA x in (-1,3)

Consider the inequation x^(2) + x + a - 9 lt 0 The value of the parameter a so that the given inequaiton is ture AA x in (-1,3)

Consider the inequation x^(2) + x + a - 9 lt 0 The value of the parameter a so that the given inequaiton is ture AA x in (-1,3)