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

Write a program that generates random numbers between -25 and 25 by using the randint function. The program will add up the numbers and terminate when the sum of the values becomes zero. The program should contain the following functions: add() : add up the values main(): the function where the program execution should begin and end. randomgen(): a function that returns a number between -25 and 25 A global variable subsetsum that keeps track of the sum The program should output the count of the number of values generated before exiting saying that the subset sum was zero.

Alert dont submit AI generated answer.

In C++ only Create a function called MultyDieRoll. It should take in an integer and run the function DieRoll that number of times, printing out each result to the console. So for instance, if you pass in a 7, it should output 7 random numbers; if you pass in a 21, it should output 21 random numbers.

menu(): Takes no inputs and does not return a value. It prints the two options available to the user and asks them to enter a number corresponding to their desired option. It then asks the user for the required inputs and then calls the appropriate function and prints the return value with an appropriate message (see below). If the user enters a number corresponding to an invalid option, Invalid choice. should be printed and the program should end. When the program ends, Have a nice day! should be printed to the user. If the user asks the program to solve an equation, then the program should ask the user to type in the equation (without spaces). If a solution is found, then print Solution found: followed by the solution as a list. If no solution was found, print No solution found. If the user asks the program to create an equation, then the program should ask the user to enter the number of tries, length of the equation and percentage for a number to have additional digits. If an...

The function below does not work as expected: If sales is a negative number is returns 3 instead of returning 0. Please help me correct it. /*This function determines the commision percent based on the following table:Sales Commission0ドル - 1000 3%1001 - 5000 4.5%5001 - 10,000 5.25%over 10,000 6%*/double Sales::detCommissionPercent() const{double commission = 0;if ( amountSold > 0){if(amountSold<= 1000) // if amountSold is between [0, 1000] commission = 3;else if(amountSold<=5000)// if amountSold is between [1001, 5000] commission = 4.5;else if(amountSold<=10000) // if amountSold is between [5001, 10000] commission = 5.25;else commission = 6;}return commission;}

Write the pseudocode for a function that should accept a test score as an argument and return a letter grade for the score (as a String), based on the following grading scale: Score Letter Grade90-100 A80 - 89 B70 - 79 C60 - 69 DBelow 60 F

PYTHON Question 3: Rain or Shine Part 1: Alfonso will only wear a jacket outside if it is below 60 degrees or it is raining. Write a function that takes in the current temperature and a boolean value telling if it is raining and it should return True if Alfonso will wear a jacket and False otherwise. Try solving this problem with a single line of code. def wears_jacket(temp, raining): """ >>> wears_jacket(90, False) False >>> wears_jacket(40, False) True >>> wears_jacket(100, True) True """ *** YOUR CODE HERE *** Note that it should either return True or False based on a single condition, whose truthiness value will also be either True or False. Part 2: Rewrite the above function with a lambda expression.

Please fill in the blanks. /* This function asks for 2 strings from the user and asks the user to choose what they want to do with them. Inputs: 2 strings, and a character for choice. Output: execute that choice. Choices can be: 'E'/'e': call checkEqual() function 'C'/'c': call concatStrings() function Everything else: invalid and exit */ #include<__1__> //library to use printf and scanf #include<__2__> //library to use boolean #include<__3__> //library to use exit(0) #define len 1000 /*This function just concatenates 2 strings using a */ __4__ concatStrings(__5__ w1[], __6__ w2[], __7__ w3[]) { int w3_idx = 0; //index for w3 //Copy word1 w1 over to the combined string for(int i = 0; __8__ != __9__; i++) //loop runs as long as string is not done { __10__[__11__] = __12__[__13__]; //copy a character from w1 to w3 w3_idx++; //update...

The prompt asks: Write a function that calculates the amount of money a person would earn over a period of years if his or her salary is one penny the first day, two pennies the second day, and continues to double each day. The program should ask the user for the number of years and call the function which will return the total money earned in dollars and cents, not pennies. Assume there are 365 days in a year. function totalEarned(years) { } var yearsWorked = parseInt(prompt('How many years will you work for pennies a day? ')); alert('Over a total of ' + yearsWorked + ', you will have earned $' + totalEarned(yearsWorked));

Complete the code that returns the value of f(x), which has the value 1 inside the range −1 ≤ x ≤ 1 otherwise it is the value 0. f(x) [ ] # complete the function to return the value of 1, x = [-1, 1] 0, otherwise #f(x) given x. # return as the value called variable def function_f(x): # YOUR CODE HERE return fval "fval" ## Check your code below using print command ← → +0 0+

def truth_value(integer): """Convert an integer into a truth value.""" # Convert 0 into False and all other integers, # including 1, into True if integer == 0: truth_value = False else: truth_value = True return truth_value Now, write a function that goes in the opposite direction of the truth_value() function. This new function should convert a truth value into an integer. In particular, True should be converted into 1 and False into 0. Name the new function integer_0_or_1(). All you need to include below is your definition of the function integer_0_or_1(). It will be tested automatically against relevant inputs. So include your function and nothing more.

Complete the following Code