Try to visualize some procedure that when executed iteratively, compares all possible solutions until an optimum or satisfactory solution is found. This is also the process of modifying a system to make some features of it work more efficiently and/or use fewer resources. What do we call this?

In the beef industry, most of the nation’s beef cows are mated by artificial insemination.

Due to the fact that horses are considered a livestock animal it is possible to present facts and figures for the horse that are comparable to those of the other livestock industries.

What is the output of the following script?  def count_vowels(word):    vowels = “aeiou”    count = 0    for letter in word:        if letter.lower() in vowels:            count += 1    return countword = “hello world”print(count_vowels(word))

What is most commonly estimated by counting the number of elementary steps performed by an algorithm to finish executing?   What measures the total amount of memory that an algorithm or operation needs to run according to its input size?

def sum_numbers(num):     total = 0     for number in range(1, num + 1):         total += number     return total first_series = sum_numbers(6) print(first_series) #WHAT IS THE OUTPUT HERE?    

Which of the following best represents the distributive law for the following proposition:  p ^ (q v r)  

What are the missing values needed to complete the summation of the two binary sequences? Fill in the squares!  

def grab_an_element(element):         return f”{element[2]}, {element[0]}” numbers = [10, 20, 30, 40] first_run = grab_an_element(numbers)  print(first_run) #WHAT IS THE OUTPUT HERE?

Given the hexadecimal sequences B9B3 and 50FB612, convert each sequence to their respective binary equivalent.