Python Programming Assignments

1. #Write a function called find_max_sales. find_max_sales will
#have one parameter: a list of tuples. Each tuple in the
#list will have two items: a string and an integer. The
#string will represent the name of a movie, and the integer
#will represent that movie's total ticket sales (in millions
#of dollars).
#
#The function should return the movie from the list that
#had the most sales. Return only the movie name, not the
#full tuple.

#Write your function here!

#Below are some lines of code that will test your function.
#You can change the value of the variable(s) to test your
#function with different inputs.
#
#If your function works correctly, this will originally
#print: Rogue One
movie_list = [("Finding Dory", 486), ("Captain America: Civil War", 408), ("Deadpool", 363), ("Zootopia", 341), ("Rogue One", 529), ("The Secret Life of Pets", 368), ("Batman v Superman", 330), ("Sing", 268), ("Suicide Squad", 325), ("The Jungle Book", 364)]
print(find_max_sales(movie_list))


2. #Write a function called wish_list. wish_list should have
#four parameters, in this order:
#
# - a list of strings, representing a list of items on a
# wish list
# - a string, representing a particular item
# - a float, representing the cost of this item
# - a float, representing your budget
#
#If the item is on the list and you can afford it (cost is
#less than or equal to budget), return the string,
#"You should buy a [item name]!", replacing [item name]
#with the string.
#
#If the item is on the list but you can't afford it,
#return the string, "You should save up for a [item name]!",
#replacing [item name] with the string.
#
#If the item is not on the list, you should return the
#string "You probably don't want to buy a [item name].",
#replacing [item name] with the string.
#
#HINT: You do not need a loop to solve this. You can use
#one, but you don't need one.

#Add your function here!

#Below are some lines of code that will test your function.
#You can change the value of the variable(s) to test your
#function with different inputs.
#
#If your function works correctly, this will originally
#print: "You should save up for a bugle!"

wish_list_items = ["bugle", "trumpet", "banjo", "tuba"]
selected_item = "bugle"
item_cost = 199.99
budget = 150.00

print(wish_list(wish_list_items, selected_item, item_cost, budget))

3. #Imagine you're writing some code for an exercise tracker.
#The tracker measures heart rate, and should display the
#average heart rate from an exercise session.
#
#However, the tracker doesn't automatically know when the
#exercise session began. It assumes the session starts the
#first time it sees a heart rate of 100 or more, and ends
#the first time it sees one under 100.
#
#Write a function called average_heart_rate.
#average_heart_rate should have one parameter, a list of
#integers. These integers represent heart rate measurements
#taken 30 seconds apart. average_heart_rate should return
#the average of all heart rates between the first 100+
#heart rate and the last one. Return this as an integer
#(use floor division when calculating the average).
#
#You may assume that the list will only cross the 100 beats
#per minute threshold once: once it goes above 100 and below
#again, it will not go back above.

#Add your function here!

#Below are some lines of code that will test your function.
#You can change the value of the variable(s) to test your
#function with different inputs.
#
#If your function works correctly, this will originally
#print 114 (because there are 14 measurements from 102 to
#101, their sum is 1609, and 1609 // 14 is 114).
beats = [72, 77, 79, 95, 102, 105, 112, 115, 120, 121, 121,
125, 125, 123, 119, 115, 105, 101, 96, 92, 90, 85]
print(average_heart_rate(beats))

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"""
Created on

@author:
"""

#Write a function called find_max_sales. find_max_sales will
#have one parameter: a list of tuples. Each tuple in the
#list will have two items: a string and an integer. The
#string will represent the name of a movie, and the integer
#will represent that movie's total ticket sales (in millions
#of dollars).

#

#The function should return the movie from the list that
#had the most sales. Return only the movie name, not the
#full tuple.



def find_max_sales(l):
    max_sale = -1
   
    for mov, sale in l:
       if (sale>max_sale):
            max_sale = sale
            max_movie...