The range of `(1)/(1+x^(2))` is

Range of (1)/(x^(2)+1)

Range of (1)/(x^(2)+1) is

bb"Statement I" The range of log(1/(1+x^(2))) " is " (-infty,infty) . bb"Statement II" " when " 0 lt x le 1, log x in (-infty,0].

bb"Statement I" The range of log(1/(1+x^(2))) " is " (-infty,infty) . bb"Statement II" " when " 0 lt x le 1, log x in (-infty,0].

bb"Statement I" The range of log(1/(1+x^(2))) " is " (-infty,infty) . bb"Statement II" " when " 0 lt x le 1, log x in (-infty,0].

bb"Statement I" The range of log(1/(1+x^(2))) " is " (-infty,infty) . bb"Statement II" " when " 0 lt x le 1, log x in (-infty,0].

The range of (x^(2))/(1+x^(2)) is

Consider the following statements Statement 1: The range of log_(1)(1/(1+x^(2))) is (-oo,oo) Statement 2: If 0ltxle1 , then range of logx epsilon(-oo,0] Which of the following is correct

Consider the following statements Statement 1: The range of log_(1)(1/(1+x^(2))) is (-oo,oo) Statement 2: If 0ltxle1 , then log_(1)=xepsilon(-oo,0] Which of the following is correct

The range of f(x)=(x)/(1+x^(2))