#include <iostream>
#include <vector>
using namespace std ;
typedef long long ll ;
ll gcd(ll a, ll b) {
   if (b < a)
      swap(a, b) ;
   if (a == 0)
      return b ;
   return gcd(b % a, a) ;
}
ll triangle(ll a, ll b) { // points in the triangle to a,b and down to axis
   ll twicearea = a * b ;
   ll perim = a + b + gcd(a, b) ;
   return (twicearea + perim) / 2 ;
}
ll quad(ll a, ll b, ll c) { // points in the quad to a,b then c,b and down to axis
   ll twicearea = (2 * c - a) * b ;
   ll perim = c + b + c-a + gcd(a, b) ;
   return (twicearea + perim) / 2 ;
}
ll val(ll t, ll w, ll h) {
   if (t <= h)
      return triangle(w, t) ;
   else
      return quad(w-(t-h), h, w) ;
}
void solve(ll w, ll h, ll q, ll &x, ll &y) {
   if (q < w) {
      x = q+1 ;
      y = 0 ;
      return ;
   }
   if (q + h >= (w+1)*(h+1)-1) {
      x = 0 ;
      y = q + h - ((w+1)*(h+1)-1) + 1 ;
      return ;
   }
   ll b = 1 ;
   while (2 * b <= w + h)
      b += b ;
   ll lo = 0 ;
   for (; b; b>>=1)
      if (lo+b <= w+h && val(lo+b, w, h) <= q)
         lo += b ;
   q -= val(lo, w, h) ;
   ll x1 = 1 ;
   ll x2 = 0 ;
   ll y1 = 0 ;
   ll y2 = 1 ;
   ll xlo, ylo ;
   if (lo < h) {
      xlo = w ;
      ylo = lo ;
   } else {
      xlo = w+h-lo ;
      ylo = h ;
   }
   while (x1 + x2 <= w && y1 + y2 <= h &&
          (x1 + x2) * ylo >= (y1 + y2) * xlo) {
      x1 += x2 ;
      y1 += y2 ;
   }
   vector<ll> v ;
   v.push_back(x2) ;
   v.push_back(y2) ;
   while (v.size() > 0) {
      ll xm = x1 + v[v.size()-2] ;
      ll ym = y1 + v[v.size()-1] ;
      if (xm > w || ym > h) {
         if (x1 * ylo < y1 * xlo) {
            ll cnt = min(h/y1, w/x1) ;
            if (cnt > q) {
               ll mul = q + 1 ;
               x = x1 * mul ;
               y = y1 * mul ;
               return ;
            }
            q -= cnt ;
         }
         x1 = v[v.size()-2] ;
         y1 = v[v.size()-1] ;
         v.resize(v.size()-2) ;
         continue ;
      }
      if (xm * ylo < ym * xlo) {
         v.push_back(xm) ;
         v.push_back(ym) ;
      } else {
         x1 = xm ;
         y1 = ym ;
      }
   }
}
int main() {
   ll m, n, k, q ;
   cin >> m >> n >> k ;
   m-- ;
   n-- ;
   for (int qn=0; qn<k; qn++) {
      cin >> q ;
      ll seen = 0 ;
      ll x, y ;
      solve(n, m, q-1, x, y) ;
      cout << (y+1) << " " << (x+1) << endl ;
   }
}