gilrg18

num1 = int(input("Give me a number: ")) #Asks the user for a number

num2 = int(input ("Give me another number: ")) #Asks the user for another number

suma = num1+num2 #this is the variable for the sum of two numbers

resta= num1-num2  #this is the variable for the difference of two numbers

multi= num1*num2  #this ios the variable for the product of two numbers

gilrg18

print ("hello world")

gilrg18

print("We will calculate the sum of integers in the range you provide")
result= 0
num1=int(input("Please give us the lower bound:"))
num2=int(input("Please give us the upper bound:"))

while num1>num2:
	print ("User input error, please give us the numbers again")
	num1=int(input("Please give us the lower bound:"))
	num2=int(input("Please give us the upper bound:"))
	

gilrg18

f=int(input("Give me the temperature in Farenheit that you want to convert to Celsius: "))

c= 5*(f-32)/9

print("The temperature in Celsius is: ", int(c)) ###i put the c in a parenthesis using an int so it gives the value without decimals

if c>=100: 

  print ("Water boils at this temperature") ###note that you have to ident this line in order for this to work

gilrg18

#Gilberto Rogel García A01630171
def fact(n):
	n=n
	a=1
	while (n>1):
		a=a*n
		n=n-1
	return (a)

x="y"

gilrg18

#Gilberto Rogel García A01630171
def triangles(size):
	for r in range(1,size+1):
		for c in range(1,r+1):
			print("t", end="")
		print()
	for r in range(size-1,0,-1):
		for c in range(1,r+1):
			print("t",end="")
		print()

gilrg18

#Gilberto Rogel García a01630171
def find_threes (list):
	sum=0
	for x in range(0,len(list)):
		if(list[x]%3==0):
			#print(list[x])
			sum+=list[x] #sum=sum+list[x]
	return (sum)
	
print("This program gives you the sum of all the numbers divisible by 3 in a list")

gilrg18

#Gilberto Rogel García A01630171
import statistics
def totalsum(list):
	sum=0
	for x in range (0,len(list)):
		sum+=list[x]
	return (sum)
def average(list):
	avrg=totalsum(list)/10
	return (avrg)

gilrg18

#Gilberto Rogel García wsq14 estimating e
def calculate_e(precision):
	x=precision
	e=(1+1/x)**x
	return (e)
	
precision=int(input("Give me the number of decimal points of accuracy that you want: "))
print("The estimate e is: ",calculate_e(precision))

gilrg18

#Gilberto Rogel García wsq12 greates common divisor
def gcd(x,y):
    if(x==y):
        res=x
    elif(x>y):
        res=gcd((x-y),y)
    else:
        res=gcd(x,(y-x))
    return res