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CREATE TABLE Instructors( InstructorID INT PRIMARY KEY, FirstName VARCHAR(50), LastName VARCHAR(50), Email VARCHAR(100), Phone VARCHAR(20) ); INSERT INTO Instructors VALUES (1, "Sahra", "Adams", "sahra.adams@email.com", "555-

CREATE TABLE Instructors( InstructorID INT PRIMARY KEY, FirstName VARCHAR(50), LastName VARCHAR(50), Email VARCHAR(100), Phone VARCHAR(20) ); INSERT INTO Instructors VALUES (1, "Sahra", "Adams", "sahra.adams@email.com", "555-

CREATE TABLE students( id INT, name VARCHAR(50), age INT, marks INT, school VARCHAR(50) ); INSERT INTO students(id, name, age, marks, school) VALUES (1, 'Rahul', 15, 85, 'gcs'),

CREATE TABLE students( id INT, name VARCHAR(50), age INT, marks INT, school VARCHAR(50) ); INSERT INTO students(id, name, age, marks, school) VALUES (1, 'Rahul', 15, 85, 'gcs'),

CREATE TABLE students( id INT, name VARCHAR(50), age INT, marks INT, school VARCHAR(50) ); INSERT INTO students(id, name, age, marks, school) VALUES (1, 'Rahul', 15, 85, 'gcs'),

# HOST/main-host.py import asyncio import sys from HOST.aplication_host import Application from load_config.loading_config_general import load_config_file_general from load_config.loading_config_host import load_config_file_host from core.logging_co

# HOST/main-host.py import asyncio import logging import sys from HOST.aplication_host import Application from load_config.loading_config_general import load_config_file_general from load_config.loading_config_host import load_config_file_host from

# HOST/main-host.py import asyncio import logging import sys from HOST.aplication_host import Application from load_config.loading_config_general import load_config_file_general from load_config.loading_config_host import load_config_file_host from

#include <stdio.h> #include <stdlib.h> #include <time.h> #include <conio.h> int main() { char tile[10] = {'_'}; int a, b = 0; srand(time(NULL));

CREATE TABLE students( id INT, name VARCHAR(50), age INT, marks INT, school VARCHAR(50) ); INSERT INTO students(id, name, age, marks, school) VALUES (1, 'Rahul', 15, 85, 'gcs'),

import numpy as np def f(x): return eval(funzione) def derivata(pt): h=0.00001 return (f(pt+h)-f(pt))/h def zeri(a, b):

n=linspace(0,1,25); y=(n>=0.4&n<0.6); stem(n,y); title('Rectangular Wave'); xlabel('Time index(t)'); ylabel('Amblitude'); grid on;

print('aprovado o no aprovado') calificacion = float(input("ingresa tu calificación: ")) if calificacion >= 6: print("Aprobaste") else: print("Reprobaste")

clc; n=linespace(0,1,1000); f=10; y=n; system(n,y); title("ramp signal"); xlabel('Time n'); ylabel('Amplitude'); grid on;

print('positivo o negativo') numero = float(input("dame un número: ")) if numero > 0: print("El número es positivo") elif numero < 0: print("El número es negativo") else: print("El número es cero")

#include <stdio.h> int main() { int a; scanf("%d", &a); printf("%x", a); return 0; }

print('Hello world!') edad = int(input("Ingresa tu edad: ")) if edad >= 18: print("Eres mayor de edad") else: print("Eres menor de edad")

#include <iostream> using namespace std; int main() { int n; int s; cin >> n >> s; int c[10005]; int y[10005];

#include <stdio.h> // int total=0; // 전역 변수 int AddToTotal(int num)//변수 { static int total=0; total+=num;//변수 2 5 9 return total; AddToTotal(num) }

CREATE DATABASE xyz_company; use xyz_company; create table employee( id INT PRIMARY KEY , name VARCHAR(100), salary float ); insert into employee