gilrg18

import java.util.*;
public class Library {
   	String adress;
	ArrayList<Book> list; 
	
	public Library(String lib){
		this.adress=lib;
		this.list= new ArrayList<Book>();
	}

gilrg18

public class Book {
	String title;
	boolean borrowed; //default boolean value is false
	// Creates a new Book
	public Book(String bookTitle) {
		this.title=bookTitle;
	}
	// Marks the book as rented
	public void borrowed() {
		this.borrowed=true;  

gilrg18

public class GravityCalculator {
	double gravity;
	double initialVelocity;
	double fallingTime= 10.0;
	double initialPosition;
	
	public GravityCalculator(double a, double t, double vi, double xi){ //Default Constructor
		this.gravity=a; 
		this.fallingTime=t;
		this.initialVelocity=vi;

gilrg18

package poo;
//Gilberto Rogel García WSQ08 YoSoy196
import javax.swing.*;
public class YoSoy196 {
	int low, 
		up,
		pal=0,
		non=0,
		lych=0;
		public YoSoy196(int x, int y){

gilrg18

//Gilberto Rogel García A01630171
import javax.swing.*;
public class Babylonian {
	public double x,
				  y=0;
	public double bm(double a){
		this.x=a;
		while (this.x!= this.y){
			this.y=this.x;
			this.x=(a/this.x + this.x)/2;

gilrg18

//Greatest Common Divisor by Gilberto Rogel García A01630171
public class GCD {
	public int num;
	public GCD(int num){
		this.num = num;
	}
	public int greatestCD(int x){
		
		if (this.num == x){

gilrg18

def car():
	x=open("93cars.dat.txt","r")
	mpgc=0
	mpgh=0
	mp=0
	cars=0
	f=1
	for line in x:
		if f%2==1:
			mpgc=mpgc+float(line[52:54])

gilrg18

#Gilberto Rogel García Quiz11 Question1
import statistics
def readNumbersFromFile():
	fint=[]
	f=open('random_numbers.txt','r') #'r' = read 'w'= readwrite
	lines=0
	total=0
	
	for line in f:
		total+= int(line)

gilrg18

#Gilberto Rogel García a01630171
def dotProduct (v1,v2):
	if (len(v1)) == len(v2):
		dotpro=0
		for y in range (0,len(v1)):
			x= v1[y]*v2[y]
			dotpro+=x
	else:
		print ("Not same size vectors")
		return -1

gilrg18

#Distance between two points Gilberto Rogel García
#Gilberto Rogel García
import math
def distancia(x1,y1,x2,y2):
	a=x2-x1
	b=y2-y1
	dis=math.sqrt((a*a)+(b*b))
	return (dis)