# Write a Python script with the following functions:# get_s…
# Write a Python script with the following functions:# get_scores()# This function prompts for 7 Quiz scores to fill a list of integers# Find the average of the scores with the lowest one dropped# Print this to the console (Example: “Your quiz score with the lowest grade dropped is:)# Call this function from main and return nothing# get_title()# This function takes no parameters and returns a String.# Request a String from the user to be used for the title of the graph.# get_ratings()# This function takes no parameters and returns a list of ratings from 1 to 10 (inclusive).# Ask the user to enter a list of ratings; they can enter as many ratings as they like.# The input stops when the user enters 0# The function returns the list of ratings.# print_graph(title, ratings)# This function takes a String (the graph title) and a list of integers (the list of ratings) as parameters.# Print the title and a histogram to the command line using the list of ratings as data.# Each value in the list is the number of stars to print on that line.# Each element in the list is a separate line in the graph.#Use the following main function: def main(): get_scores() title = get_title() ratings = get_ratings() print_graph(title, ratings)main() # Example output:#Enter a quiz score: 1#Enter a quiz score: 2#Enter a quiz score: 3#Enter a quiz score: 4#Enter a quiz score: 5#Enter a quiz score: 6#Enter a quiz score: 7#Your quiz score with the lowest grade dropped is: 4.50#Enter the title for the graph: Movie Ratings #Enter a rating between 1 and 10 (or 0 to finish): 3 #Enter a rating between 1 and 10 (or 0 to finish): 7 #Enter a rating between 1 and 10 (or 0 to finish): 10 #Enter a rating between 1 and 10 (or 0 to finish): 5 #Enter a rating between 1 and 10 (or 0 to finish): 0# Movie Ratings# * * * # * * * * * * *# * * * * * * * * * *# * * * * *
Read DetailsAlex builds a random forest to predict insider threat behavi…
Alex builds a random forest to predict insider threat behavior based on features like late-night logins, unusual file downloads, and unexpected access patterns. The model repeatedly predicts the majority class (no threat) even when insider threat behavior increases in the test set. Question:Does this behavior imply that random forest is inherently worse than a decision tree at detecting rare cybersecurity events?
Read DetailsA company runs two ads for the same product. One features…
A company runs two ads for the same product. One features detailed information and evidence about product quality. The other relies on a celebrity endorsement and upbeat music. According to the Elaboration Likelihood Model, these ads rely on which persuasion routes?
Read DetailsA jury begins deliberations with most jurors leaning toward…
A jury begins deliberations with most jurors leaning toward “guilty,” but not very confident. As they debate, members present additional evidence supporting guilt and compare their opinions. By the end, nearly all jurors strongly support a guilty verdict, expressing greater confidence than before. What process likely occurred?
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