#Jan 31 Problem 1 Solution 

import random

def make_list(size, min_limit, max_limit):

	my_list=[]

	for i in range(size):

		n=random.randint(min_limit, max_limit)
		my_list.append(n)

	return my_list

def month_pay(loan, down_pay, term):

		return (loan-down_pay)/(term*12)

def process(loan_list, down_pay_list, term_list):

	monthly_payment=[]

	for i in range(len(loan_list)):
		
		payment  = month_pay(loan_list[i], down_pay_list[i], term_list[i])
		monthly_payment.append(payment)

	return monthly_payment

def count_above(my_list, limit):

	count = 0

	for i in range(len(my_list)):

		if(my_list[i]>limit):
			count+=1
	return count

def main():
	size=int(input("enter number of loans "))

	loan_list= make_list(size, 10000, 100000)
	down_pay_list=make_list(size, 100, 1000)
	term_list = make_list(size, 1, 15)

	print("loans", loan_list)
	print("down_payments", down_pay_list)
	print("terms", term_list)	

	monthly_payment=process(loan_list, down_pay_list, term_list)

	print("monthly payments", monthly_payment)

	counter=count_above(monthly_payment, 1000)

	if(counter>0):
		print("there are", counter, "payments above 1000")
	else:
		print("no payments above 1000")
main()