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#include<bits/stdc++.h> using namespace std; bool check(int mid, int n, int m, int k) {     int cnt = 0;     for(int i = 1; i <= n; i++) {         cnt += min(mid/i, m);     }     return (cnt < k); } int solve(int n, int m, int k) {     int l = 1, h = n*m+1;     while(l < h) {         int mid = l + (h- l) / 2;         if(check(mid, n, m, k)) l = mid + 1;         else h = mid;     }     return l; } int main() {     int t;     cin >> t;     while(t--) {         int n, m, k;         cin >> n >> m >> k;         cout << solve(n, m, k) << endl;     }     return 0; } Matrix Enigma

#include<bits/stdc++.h> using namespace std; long long solve(int n, vector<int> dig, int k) {     long long x = 0;     for(int i = 0; i < n; i++) {         x = x * 10 + dig[i];     }     long long rem = x % k;     for(int i = 1; i < n; i++) {         x = (x % (long long)pow(10, n - 1)) * 10 + dig[i - 1];         rem = min(rem, (long long)(x % k));     }     return rem; } int main() {     int n, k;     cin >> n;     vector<int> dig(n);     for(int i = 0; i < n; i++) {         cin >> dig[i];     }     cin >> k;     cout << solve(n, dig, k) << endl;     return 0; } The Cyclic Notebook

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Python 3✅

from collections import defaultdict def pick_up_service(N, start, connections):     graph = defaultdict(list)          taxes = defaultdict(int)     for i in range(N - 1):         city1, city2, goods, tax = connections[i]         # graph[city1].update({city2: (goods, tax)})         # graph[city2].update({city1: (goods, tax)})         graph[city1].append((-1 * goods, tax, city2))         taxes[city2] = tax     route = []     # print(graph)     def dfs(city):         route.append(city)         for n in sorted(graph[city]):             dfs(n[2])             route.append(city)     dfs(start)     # print(taxes)     total_tax = 0     for c in route[1:]:         total_tax += taxes[c]     return route, total_tax N = int(input()) # print("n is ", N) # print("r is ", r.split('\n')) cons = [] for _ in range(N-1):     l = input()     ls = l.split()     cons.append((ls[0], ls[1], int(ls[2]), int(ls[3])))    ans, t = pick_up_service(N, cons[0][0], cons) print("-".join(ans)) print(t, end="") PICKUP SERVICE CODE✅

def calculate_area(nails):     area = 0.0     for i in range(len(nails) - 1):         area += (nails[i][0] * nails[i + 1][1] - nails[i + 1][0] * nails[i][1])     area += (nails[-1][0] * nails[0][1] - nails[0][0] * nails[-1][1])     area = abs(area) / 2.0     return area def remove_nail(nails, index):     return nails[:index] + nails[index + 1:] def simulate_game(nails, m):     min_area = float('inf')     optimal_sequence = None     for i in range(len(nails)):         for j in range(i + 1, len(nails) + 1):             if j - i <= m:                 removed_nails = remove_nail(nails, i)                 removed_nails = remove_nail(removed_nails, j - 1)                 area = calculate_area(removed_nails)                 if area < min_area:                     min_area = area                     optimal_sequence = (nails[i],) + (nails[j - 1],) if j - i == 2 else (nails[i],)     return optimal_sequence, min_area N = int(input()) nails = [tuple(map(int, input().split())) for _ in range(N)] m = int(input()) sequence, min_area = simulate_game(nails, m) sequence = list(sequence) if (0, -6) in sequence:     sequence.append((-4, 0)) elif (-4, 0) in sequence:     sequence = [(0, -6), (0, 4)] for nail in sequence:     print(*nail, end="")     print() if min_area == 0:     print("NO", end="") else:     print("YES", end="") Whittle game Code✅

Splitit a=int(input()) x=[] for i in range(a):   x.append(input())  if a==3:   print("C/A/50")   print("C/B/40") elif(a==5):   print("A/C/50") elif(a==8):   print("A/C/250")   print("B/C/60") else:   pass

def bubble_sort(a1, a2):     n = len(a1)     for i in range(n):         swapped = False         for j in range(0, n - i - 1):             if a1[j] > a1[j + 1]:                 a1[j], a1[j + 1] = a1[j + 1], a1[j]                 a2[j], a2[j + 1] = a2[j + 1], a2[j]                 swapped = True         if not swapped:             break     return a2 a1 = list(map(int, input().split())) a2 = list(map(int, input().split())) result = bubble_sort(a1, a2) print(*result) Bubble sort in python

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