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#include <iostream> #include "GeoCoordinate.h" int main() { monitoring::GeoCoordinate coordinate(4124.2028, 210.4418, monitoring::GeoCoordinate::Format::DMM); std::cout<< coordinate.getLatitudeDD() <<std::endl; return 0;

CREATE TABLE Student ( student_id CHAR(7), student_name VARCHAR(30), address VARCHAR(30)); CREATE TABLE Exam ( student_id CHAR(7), score INT); INSERT INTO Student VALUES

#include <iostream> #include "GeoCoordinate.h" int main() { monitoring::GeoCoordinate coordinate(4124.2028, 210.4418, monitoring::GeoCoordinate::Format::DMM); std::cout<< coordinate.getLatitudeDD() <<std::endl return 0;

a=0 b=5 i=10 for i in range(10,101,10): a=i*b print(f'長さ:{i}m,') print(f'面積:{a}m^2')

import random as r a=r.randint(0,101) b=r.randint(0,301) if a>=80 and b>=200: print('ダムの水位が非常に危険です。緊急措置が必要です') elif a>=80: print('ダムの水位が高いです。警戒してください') elif b>=200: print('降水量が多いため、今後の水位上昇に注意してください') elif a<50 and b<100:

#include <iostream> #include "GeoCoordinate.h" int main() { monitoring::GeoCoordinate coordinate(); return 0; }

print(1+2) a='me' print(a) do local meme='lll' print(meme) end print(meme) G={1,2,3,4} print(G[1])

#include <iostream> #include "GeoCoordinate.h" int main() { monitoring::GeoCoordinate coordinate(); return 0; }

from collections import deque def solution(warehouse): M = len(warehouse) N = len(warehouse[0]) visited = [[False] * N for _ in range(M)] queue = deque() queue.append((0, 0, 1))

#include <iostream> #include "GeoCoordinate.h" int main() { monitoring::GeoCoordinate coordinate(); std::cout << "Hello world!" << std::endl; return 0;

i=10 m=i*5 for i in range(10,101,10): m=i*5 print(f'長さ{i}m,面積{m}m^2')

#core/CLI.py import subprocess import typer app = typer.Typer() try: @app.command() def up():

#include <iostream> #include "GeoCoordinate.h" int main() { GeoCoordinate coordinate(); std::cout << "Hello world!" << std::endl; return 0;

if game.PlaceId == 6229116934 then local Rayfield = loadstring(game:HttpGet('https://sirius.menu/rayfield')) local Window = Rayfield:CreateWindow({ Name = "candy.wtf", Icon = 0, -- Icon in Topbar. Can use Lucide Icons (string) or Roblox

x = -pi:0.1:pi; plot(x, cos(x))

from bisect import bisect_left def solution(sensor_data): lis = [] for num in sensor_data: idx = bisect_left(lis, num) if idx == len(lis): lis.append(num)

import random words = { "あし":"발", "いえ":"집", "うた":"노래", "えき":"역", "おに":"도깨비", "かお":"얼굴",

clc; clear; close all; Pt=1;

#include <stdio.h> int main(void) { char str[80] = "applejam"; printf("최초 문자열 : %s\n", str); printf("문자열 입력 : "); scanf("%s", str); printf("입력 후 문자열 : %s\n", str);

// =============================================== // Question 2.1. // Create the five collections found from the ERD: // Author, Book, Member, BookAuthor, and BorrowedBooks // =============================================== // Create Author Coll