3:" Find "x" if "g^(1/k)s_(0)^(3)<=log_(2)x<=log_(127)27

Let g:R rarr(0,(pi)/(3)) be defined by g(x)=cos^(-1)((x^(2)-k)/(1+x^(2))). Then find the possible values of k for which g is a surjective function.

Let g: Rvec(0,pi/3) be defined by g(x)=cos^(-1)((x^2-k)/(1+x^2)) . Then find the possible values of k for which g is a subjective function.

Let g: Rrarr(0,pi/3) be defined by g(x)=cos^(-1)((x^2-k)/(1+x^2)) . Then find the possible values of k for which g is a surjective function.

Let g: Rrarr(0,pi/3) be defined by g(x)=cos^(-1)((x^2-k)/(1+x^2)) . Then find the possible values of k for which g is a surjective function.

Let g: Rrarr(0,pi/3) be defined by g(x)=cos^(-1)((x^2-k)/(1+x^2)) . Then find the possible values of k for which g is a surjective function.

Find Delta S^(0) of the reaction : CH_(4)(g)+CO_(2)(g) to 2CO(g)+2H_(2)(g) Given : S^(0)(CH_(4))=188 " J mol"^(-1) K^(-1) , S^(0)(CO_(2))= 213.8 " J mol"^(-1). K^(-1) , S^(0)(CO)= 197.6 " J mol"^(-1). K^(-1) S^(0)(H_(2))= 130.7 " J mol"^(-1). K^(-1)

Find the value of k, if (x-3) is a factor of k^(3)x^(3)-x^(2)+3x-1

If x-3 is a factor of k^(2)x^(3) - kx^(2) + 3kx - k , find the value of k. (k ne 0) .

Find k,P(X<1),P(0