Using a nested for loop, define a function named print_inverted_right_angle_pattern (number_of_rows) which takes an integer as a paramete and prints a specific inverted right angle triangle using numbers as shown in the examples below. Note: you may assume that the number of rows will always be > 1 and < 10. For example: Test Result print_inverted_right_angle_pattern (5) 54321 4321 321 21 1 print_inverted_right_angle_pattern (3) 321 21 1

Jupyter Notebook Fixed Income - Certicificate of Deposit (CD) - Compound Interest Schedule An interest-at-maturity CD earns interest at a compounding frequency, and pays principal plus all earned interest at maturity. Write a function, called CompoundInterestSchedule, that creates and returns a pandas DataFrame, where each row has: time (in years, an integer starting at 1), starting balance, interest earned, and ending balance, for an investment earning compoundedinterest. Use a for(or while) loop to create this table. The equation for theith year's ending balance is given by: Ei =Bi (1+r/f)f where: Ei is year i's ending balance Bi is year i's beginning balance (note: B1 is the amount of the initial investment (principal) r is the annual rate of interest (in decimal, e.g., 5% is .05) f is the number of times the interest rate compounds (times per year)   The interest earned for a given year is Ei - Bi   Note the term of the investment (in years) is not in the above equation; it is used…

program5_1.py Part 1Write a program that displays a table of ten distance equivalents in miles and kilometers. See Example output. You must generate the table by running a function inside a loop in main. Generate a random integer from 10 to 60, inclusive, in each loop cycle. Use this latter value as the miles argument to the function. Repeat: The function prints the table.  Print  the miles in a column 5 characters wide with 2 decimals and the kilometers in a column 13 characters wide with 5 decimals. Use the column formatting concepts at the end of Chapter 2, not tabs or other methods not in this course. Please include your psudocode to explain your code.  Example output MILES   KILOMETERS 52.00     83.68568 11.00     17.70274 40.00     64.37360 21.00     33.79614 14.00     22.53076 23.00     37.01482 48.00     77.24832 22.00     35.40548 15.00     24.14010 16.00     25.74944 program5_2.py Part 2Write another program that generates another table with the same columns and decimals…

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Consider the following code. How many times is the function rec func 3( ) called in total? def rec_func_3(n): if n < 0: return 1 if n < 3: return 1 return rec_func_3(n 15) rec_func 3(40)

LAB ASSIGNMENTS IMPORTANT: you should complete the PDP thinking process for each program. Turn in items: 1) book_list.py: you can adapt your Chapter 4 book_list.py Lab program. The program summarizes costs of a book list. It uses all of our standard mipo_ex features. In this version of the program you must use pylnputPlus functions to perform all the input validation and for the main() loop decision. Adjust your program to allow book prices to include $ and cents. Restrict individual book prices to $100 maxium. • Clearly document, with comments, your use of the pyip functions. This program summarizes a book liat. Enter the number of books that you need: Please enter a whole number: three Enter a number greater than 0: 3 Enter the name of book #1: The Mueller Report Enter cost of The Mueller Report, to the nearest dollar: Please enter a whole number: 18 Enter the name of book #2: Educated: A Memoir Enter cost of Educated: A Memoir, to the nearest dollar: Please enter a whole number: 24…

In this coding challenge, you will be retrieving email usernames from a string. You will write a function named get_usernames () that takes in a string as it's input parameter, and returns a list of email usernames in the string. The input strings will contain 0 or more emails in the format and the '@' symbol will only appear in the context of an email. The order of usernames should match the order in the input text. username@domainname, For example: EXAMPLE 1 text: "If you need help on an assignment, email help@ucsd.edu or support@gmail.com" return: ['help', 'support'] EXAMPLE 2 text: "Good morning! I hope you're having a great time with CSE 8A!" return: [] EXAMPLE 3 text: "I've been having a lot of trouble reaching you, can you please email me at cse@ucsd.edu? return: ['cse', 'cse'] Here is the problem description: Function Name: get_usernames Parameter: text - A string corresponding to a piece of text containing 0 or more emails. Return: A list of the email usernames in the input…

Define a function named get_pattern_number() which promps the user to input an integer which is between 0 and 8 (inclusive). If the user enters an invalid value, the function continues to prompt the user to enter the number (using a while loop) until the number entered is valid. The function returns the valid number. For example: Test Input Result print (get_pattern_number()) 50 Enter a number (0-8): 50 Enter a number (0-8): 25 25 -12 Enter a number (0-8): -12 Enter a number (0-8): -1 -1 9 Enter a number (0-8): 9 2 Enter a number (0-8): 2 2 Enter a number (0-8): 8 value = get_pattern_number() 8 print (value) 8 print (type(value))

def square(x): return x * X def halve(x): return x // 2 def twice(f,x): """Apply f to the result of applying f to x >>> twice (square,3) 81 >>> twice (square, 4) 256 >>> twice (halve, 32) 8 >>> twice (halve, 80) 20 *** YOUR CODE HERE ***"

in C++ use this function to calcul the range: function                                     range                         step               Specified value of y y = 0.05*x3+6sin(3x)+4      From -2.5 to 2.5              0.5                                -2  The program will calculate average value of y for the given range. To find the average, usestd::accumulate using algorithm header and divide by the number of elements. The output must be write with the result:Average value of function y for the given range is :  ;