y=pow(log(x),2)/exp(1)-x;

y=pow(log(x),2)/(x-exp(1));

y=pow(log(x),2)/(exp(1)-x);

y=pow(2,log(x))/(exp(1)-x);

y=pow(tan(x+1),2)/(sin(x)-M_PI);

y=pow(tan(x+1),2)/(sin(x)-p);

y=pow(tan(x+1),2)/(sin(x)+p);

y=pow(tan(x-1),2)/(sin(x)-M_PI);

y=fabc(cos(x)+M_PI)-pow(x,3);

y=fabs(cos(x)+M_PI)-pow(x,3);

y=fabs(cos(x)+p)-pow(x,3);

y=fabs(cosx+M_PI)-pow(x,3);

z=pow(x,4)+log10(x)-x;

z=x*x*x*x+log10·(x)-x;

z=pow(x;4)+log10(x)-x;

z=pow(x.4)+log10(x)-x;

y=log(x+5)/(15-pow(x,5));

y=log10(x+5)/(15-pow(x.5));

y=log10(x+5)/(15-pow(x,5));

y=log10(x+5)/15-pow(x,5);

#

++

!=

\ddd

y=pow(log(x);2)/(exp(1)-x);

y=pow(log(x).2)/(exp(1)-x);

y=pow(log(x),2)/(exp(1)-x);

y=log(x)*log(x)/exp(1)-x;

z=pow(x,3)+fabs(sinx-x);

z=x*3+fabs(sin(x)-x);

z=pow(x,3+fabs(sinx-x));

z=x*x*x+fabs(sin(x)-x);

printf ("\n x=%f" х);

printf("\n х=%f", х);

printf(\n x=%f, x);

printf("\n x=f"; х);

z=pow(x,1-sin(x))+p;

z=pow(x,1-sin(x))+M_PI;

z=pow(x,1-sin(x)+p);

z=pow(x,1-sin(x)+M_PI);