Code has already been provided that defines a function named assignGrade that accepts an input variable score that is a scalarand returns an output variable grade. Add commands to determine the corresponding letter grade according to the following grading scale: Score values ranging from 90 to 100 receive an A. Score values ranging from 80 to 89 receive a B. Score values ranging from 70 to 79 receive a C. Score values ranging from 60 to 69 receive a D. Score values ranging from 0 to 59 receive an F. Assign the appropriate letter grade to the character vector output variable grade. Use an if-elseif-else structure in your solution. Note the variable score is defined as an input to the function. Do not overwrite its value in your code. Be sure to assign the appropriate character to the output variable grade.

In Visual Studio using Console App (.NET Core) (4) In Visual Studio, create and test a console application that does the following: (1) Create a variable of the Integer data type, named marks; (2) Create a variable of the String data type, named grade; (3) Use the built-in function Console.ReadLine() to get the user's input for marks as follows (it is assumed that the user always inputs integers when testing this program): Console.WriteLine("Input the marks:") marks CType(Console.ReadLine(), Integer) (4) Convert marks into grade as follows using an If-Then-Elself statement: marks 90-100 85-89 80-84 77-79 73-76 70-72 67-69 63-66 60-62 50-59 0-49 grade A+ A A- B+ B B- C+ с C- D F (5) Display the value of grade in the console window using the following statement: Console.WriteLine("The grade is "& grade) Hint: The If-Then-Elself statement is a lengthy one and is similar to the following: If ((marks >=90) And (marks = 85) And (marks =0) And (marks<-49) Then grade "F" Else

Write a function called factorial that computes the factorial of a given number x passed in as an argument. By default it returns the factorial of 6, which is 720. It also takes a optional boolean argument called 'to_print'. If to_print is True, the factorial value is printed instead of being returned. It is False by default, meaning the result is returned, not printed. >>> result = factorial()>>> print(result)Output: 720>>> result = factorial(to_print = True)Output: 720>>> print(result) Output: # no output>>> result = factorial(4)>>> print(result) Output: 24>>> factorial(4, to_print = True)Output: 24>>> print(result) Output:

Create a user-defined function called calculate_gains(), which receives the amount desired to be invested. Outside this function, create a global variable, multiplier_amount that would be accessible at any point in your code to store the "multiplier amount", which will be the amount that would trigger the increase on the gain margin in case the invested amount is greater than this value. In our case, this amount is set to 1 million. Inside your function, create a variable to store the gain margin, which is 0.1% by default. Also create variables for total_gains and total_amount, setting default values to 0. After these declarations, the first thing to check is whether the amount invested is greater than 1000 (one thousand), which is the minimum application value to start using the app. Next, check if the amount is greater than the multiplier value (1 million). If it is greater, then update the gain margin variable with the new gain margin and add the estimated amount to the original…

3. Which among the following shows a valid use of the Direction enumeration as a parameter to the moveCharacter function? Select al that apply. enum Direction {  case north, south, west, east}func moveCharacter(x: Int, y: Int, facing: Direction) {// code here}   moveCharacter(x: 0, y: 0, facing: .southwest)   moveCharacter(x: 0, y: 0, facing: Direction.north)   moveCharacter(x: 0, y: 0, facing: .south)   moveCharacter(x: 0, y: 0, facing: Direction.northeast)

assign(self, assignment:Assignment) -> AssignmentResult: """ This function is to simulate the process of the student receiving an assignment, then working on the assignment, then submitting the assignment and finally receiving grade for the assignment. This function will receive an assignment then a grade should be calculated using the following formula: grade = 1 - (Student's current energy X Assignment difficulty level). The min grade a student may receive is 0% (0) After the grade is calculated the student's energy should be decreased by percentage difficulty. Example if the student has 80% (.8) energy and the assignment is a difficultly level .2 there final energy should be 64% (.64) = .8 - (.8 * .2). The min energy a student may have is 0% (0) Finally the grade calculated should be stored internally with in this class so it can be retrieved later. Then an Assignment Result object should be created with the student's ID, the assignment…

Create a new module named beautyid.py. Define a function named  beautyidtag that accepts 4 parameters: face, hair, number, vitamins. The function should create a 10-digit identifier composed of the first 2 letters of the user input for the variable face, first 2 letters from the user input for the variable hair, the number from the variable number, the number of vitamins, and a random integer between 11 and 90. Identifiers must all be uppercase.  Return the value of the 10-digit identifier back to the calling method when called. I have made another module called beautyinventory.py where the variables are stored. I'm going to import this module back into beautyinventory.py

Given two integers that represent the miles to drive forward and the miles to drive in reverse as user inputs, create a SimpleCar variable that performs the following operations:

Write a function myfunction that requests user input i the form of an integer value, 1, 2 or 3. The function should print out: 1. Option 1 selected 2. Option 2 selected 3. Option 3 selected when the corresponding number is entered, and the loop should end if q is entered. Any unrecognised options should result in the following statement being printed: • Unknown option