Question 12 (5 marks) The for loop below uses the modulo operator to calculate the sum of all integers between 1 and 23 which are evenly divisible by 3. Write a function called mod_sum that encapsulates the code below. (1) Your function does not need any argument as input but should has a 'return' statement; (2) Your function should include a Docstring and appropriate comments. result = 0 for num in range(1, 24): if (num % 3 == 0): result = result + num

Question 12 (5 marks) The for loop below uses the modulo operator to calculate the sum of all integers between 1 and 23 which are evenly divisible by 3. Write a function called mod_sum that encapsulates the code below. (1) Your function does not need any argument as input but should has a 'return' statement; (2) Your function should include a Docstring and appropriate comments. result = 0 for num in range(1, 24): if (num % 3 == 0): result = result + num

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter16: Searching, Sorting And Vector Type

Section: Chapter Questions

Problem 20PE

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Student Number, Grade 101029383,90 192736611,10 109800384,0 292833315,80 Complete the function below. If a line is long, you may write it in multiple lines at one blank, but please only write a single statement. def write_final_grades (assignment_grades: Dict, resubmit_grades: Dict, fname: str) -> None: """Write final marks to a final grade file named fname. assignment_grades maps student numbers to grades for the original assignment submission. resubmit_grades maps student numbers to grades for the resubmission of the same assignment. The resubmit penalty of 20% has not been applied within resubmit_grades. The higher mark, after resubmit penalties are applied, is the final mark for a student. Assume that the same student IDs are in both dictionaries. Assuming "grades.txt" is the original grade file shown (on the previous page) and "resubmit.txt" is the file above this function header: >>> original = make_dictionary ("grades.txt") >>> resubmit = make_dictionary ("resubmit.txt") >>>…
Temperature Statistics Learning Objectives In this lab, you will Create a function to match the specifications Use the if/else statements to detect a range Use lists to store the results Instructions Sahara desert explorers call us for help! They want to know some statistics about the temperature in Sahara, but sometimes their thermometer fails to record the proper temperature. Help them to find which temperature is from correct recordings and which is broken and calculate statistics on given data. During the night, the temperature in Sahara varies from -4 to -10 С. During the day, the temperature varies from 20 to 50 C. Create a function check_input(temperature) that will return True if the temperature given as input can be from Sahara and False if it is from a broken thermometer (i.e., outside of the expected range). Steps Write a program to use the check_input to create a list of valid temperatures and compute their statistics: Create a list, where you will store the…
Using: Selection Structure, Functions, Creating Program-Defined Value-Returning Functions, Calling a Function Kindly create a program which can compute for areas and volumes of selected plane figures and solids using FUNCTIONS. No unit is required. Formulas will not be given by the instructor. The user must be asked to try the program repeatedly until he decided to quit. The program only quits after the user selected “no” or he chooses the “0” on the main menu. Please take note of Invalid User Inputs. Final answers should be rounded off up to 2 decimal places only. Use the PI value of 3.1416
Question 9 Not complete Marked out of 1.00 Flag question A unique bid auction accepts an unlimited number of bids from many customers (each of whom pay a small amount to place each bid), and the winning bid is the lowest bid which is submitted by just one person (i.e. the lowest unique bid). Define a function called winning_bid (bids_list) which takes as input the list of all bids that have been made in the auction. The value returned by your function should be the lowest unique bid. If there is no lowest unique bid (in other words, if all bids appear more than once) then the function should return -1. For example, given the following bids: [3, 7, 5, 6, 3, 4, 8, 4, 5, 8, 12, 11] the winning bid is 6 as it is the lowest unique bid (because 3, 4 and 5 all appear more than once in the list of bids). For example: Test print (winning_bid([1, 2, 3, 4, 5])) print (winning_bid([1, 2, 1, 4, 5])) print(winning_bid([1, 2, 1, 2, 5])) print(winning_bid([1, 1, 1, 4, 1])) Result 1 2 5 4
display_b bout BOOK Haven". The function should output the following details: Welcome message and store location List of available book genres (Fiction, Mystery, Science Fiction, Fantasy, Non-Fiction) Current promotion ("Buy 2, Get 1 Free on all paperback books!") Customer service information ("For any inquiries, reach out to our customer service at 1-800-987-6543.") Store hours for each day of the week Contact information with a dedicated support email (info@bookhaven.com) Call the function to display the information.
Q6: Complete the function that takes in a number x, and returns the value 1 if x > 0, otherwise it is 0 - this is called a step function ]: def step_function(x): "given x compute the correct value to return. Note you need to include the return statement here""" II II II # your code here
program5_1.pyWrite a program that uses a custom function to generate a specified number of random integers in a specified range. This custom function should take three arguments; the number of integers to generate, the lower limit for the range, and the upper limit for the range. Values for these arguments should be entered by the user in main. The custom function should display the random integers on one line separated by single spaces. The function should also report how many numbers were even and how many were odd. Finally, the function should calculate the total of the random integers and return this total back to main where it will be printed. User inputs in main are shown in blue.Sample OutputHow many integers are to be generated 8Enter the lowest integer desired 10Enter the highest integer desired 2016 14 19 20 12 15 18 186 evens and 2 odds were generatedThe total of those 8 random numbers is 132
EXCEL VBA (a) Write a user-defined function called SumStop which takes an integer n as an input and adds up the values of the cells in row 1 (starting from cell A1) until the value of the sum exceeds n, and then outputs the number of cells used. You may assume that all of the cells in row 1 contain numbers. Use a suitable Do While loop and the cells command. Declare all variable types and include appropriate comments in your code.
You are writing an application that uses the sqrt function. The program must reference the function using the name squareRoot.You need to import the function.Which code segment should you use? Group of answer choices D. from math.sqrt as squareRoot A. import math.sqrt as squareRoot B. import sqrt from math as squareRoot C. from math import sqrt as squareRoot
in cell b14 create a formula without using a function that adds 1 to the value in cell b12 and then multiplies the result by the value in cell b13. in this formula use a mixed reference for cell b12 by including an absolute reference to row 12. copt the formula from cell b14 to the range b15:b17 and then copy the formulas from the range b14:b17 to the range c14:h17
You are writing an application that uses the sqrt function. The program must reference the function using the name squareRoot.You need to import the function.Which code segment should you use? Group of answer choices from math.sqrt as squareRoot import sqrt from math as squareRoot from math import sqrt as squareRoot import math.sqrt as squareRoot
Js code fix Fix the code in the code tab to pass this challenge (only syntax errors). Look at the examples below to get an idea of what the function should do. Examples cubes(3) → 27 cubes (5) 125 cubes (10) → 1000 Notes ● READ EVERY WORD CAREFULLY, CHARACTER BY CHARACTER!