align="justify">}
}
// printf (" nX1% f", x1s);
// printf (" nX2% f", x2s); = (x1s) + (x2s); (" nsum =% f", Rs);
}
}
// raznost (i = 0; i
{(s2 [i] == '-')
{r = s2 [i-1] -48; r = s2 [i +1] -48; (Rp! = 0)
{(x1r == x2p)
{r = Rp;
} (x2r == x1p)
{r = Rp;
}
} (Rc! = 0)
{(x1r == x2c)
{r = Rc;
} (x2r == x1c)
{r = Rc;
}
} (Rs! = 0)
{(x1r == x2s)
{r = Rs;
} (x2r == x1s)
{r = Rs;
}
}
// printf (" nX1% f", x1r);
// printf (" nX2% f", x2r); = (x1r) - (x2r); (" nraz =% f", Rr);
}
} (Rp! = 0) {y = Rp;}// itog (Rc! = 0) {y = Rc;} (Rs! = 0) {y = Rs;} (Rr ! = 0) {y = Rr;} (MN [E +1] == '*')
{= y * (MN [E +2] -48);
} (MN [E +1] == '/')
{= y/(MN [E +2] -48);
} (MN [E +1] == '+')
{= y + (MN [E +2] -48);
} (MN [E +1] == '-') = y-(MN [E +2] -48); (" nrezultat =% f", MR);
getchar ()
