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db.BORROWEDBOOKS.aggregate([ { $lookup:{ from:"MEMBER", localField:"memberID", foreignField:"memberID", as:"member" } }, {

a,b=input().split() a=int(a) b=int(b) while a<=b: if a%7==0: print(a) a=a+1

#include <stdio.h> #include <time.h> int main() { clock_t start, end; start = clock(); int a = 0x1; int b = 0x3;

clc; clear all; n=-10:10; %unit impulse impulse=(n==0); subplot(3,2,1); stem(n,impulse); title('unit impulse'); xlabel('n');ylabel('del[n]'); %unit step

clc; clear all; n=10:10; %unit impluse impluse=(n==0); subplot(3,2,1); stem(n,impulse); title('unit impulse'); xlabel('n'); ylabel('delta(n)');

print('Hello world!')

clc; clear all; n=10:10; %unit impluse impluse=(n==0); subplot(3,2,1); stem(n, impulse); title('unit impulse'); xlabel('n'); ylabel('delta(n)');

clc; clear all; n=-10:10; impulse=(n==0); subplot(3,2,1); stem(n,impulse); title('impulse siganl'); xlabel('n');ylabel('dell[n]'); unitstep=(n>=10); subplot(3,2,2);

-- create a table CREATE TABLE employee ( id number(10), name varchar2(20), salary number(10) ); --insert into employee insert into employee (id,name,salary)values (25210005,'Mohit',50000);

clc; clear all; n=-10:10; impulse=(n==0); subplot(3,2,1); stem(n,impulse); title(' impulse signal'); xlabel('n');ylabel('dell[n]'); step=(n>=0); subplot(3,2,2);

clc; clear all; n=-10:10; impulse=(n==0); subplot(3,2,1); stem(n,impulse); title(' impulse signal'); xlabel('n');ylabel('dell[n]'); step=(n>=0); subplot(3,2,2);

#include <stdio.h> #include <time.h> int main() { clock_t start, end; start = clock(); int a = 0x1; int b = 0x3;

clc; clear all; n=-10:10; %unit impulse impulse=(n==0); subplot(3,2,1); stem(n,impulse); title('unit impulse'); xlabel('n'); ylabel('dell(n)');

#결측값 대치 방법 - 완전분석법 copy_iris <- iris dim (copy_iris) copy_iris[sample(1:150,30), 1] <- NA copy_iris <- copy_iris[complete.cases(copy_iris), ] dim(copy_iris) #결측값 대치 방법 - 평균대치법 copy_iris <- iris copy_iris[sample(1:150,30), 1] <- NA

clc; clear all; n=10:10; %unit impluse impluse=(n==0); subplot(3,2,1); stem(n,impulse); title('unit impulse'); xlabel('n'); ylabel('delta(n)');

clc; clear all; n=10:10; %unit impluse impluse=(n==0); subplot(3,2,1); stem(n,impulse); title('unit impulse'); xlabel('n'); ylabel('delta(n)');

//Deliverable 2 //2.1 db.createCollection("Author") db.createCollection("Book") db.createCollection("Member") db.createCollection("BookAuthor") db.createCollection("BorrowedBooks") //2.2 db.Author.insertMany([ {

db.BOOK.find({ publicationYear:{$gt:2026} })

import java.util.*; public class Main { public static void main(String[] args) { Kadai4_5 kadai4_5 = new Kadai4_5(); kadai4_5.makeKukuTable(); } }

db.BORROWEDBOOKS.aggregate([ { $group:{ _id:null, totalRevenue:"$fineAmount"} } } ])