Write a function that parses a binary number into a hex number.The function header is:def binaryToHex(binaryValue):Write a test program that prompts the user to enter a binary number and displays the corresponding hexadecimal value.

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…

# NumberFun.py # using multiple functions. # copy/paste this program to run it first, you are supposed to use Google Chrome as Internet Browser for this course. # 1. calculate sum of the first n natural numbers, e.g.:1,2,3,... def sumN(n): sumN = 0 for i in range(1,n+1): sumN = sumN + i return sumN # 2. calculate sum of the square of the first m natural numbers, e.g.:1,4,9,... ### After you define/write/complete the function sumMSquare(m), remove the # sign as below to ENABLE next line of code ####def sumMSquare(m):### YOUR TURN TO DEFINE/WRITE/COMPLETE function sumMSquare(m) as below, based on sumN(n) # 3. call two functions defined previously within main() function def main(): print("This program computes the total and total of squares of the first") print("N/M natural numbers.\n") n,m = input("Please enter a value for N and M: ").split(",") print("The total of the first", n, "natural numbers is", sumN(int(n)))### After you define/write/complete the function sumMSquare(m), remove…

Coin Toss Write a function named coinToss that simulates the tossing of a coin. When you call the function, it should generate a random number in the range of 1 through 2. If the random number is 1, the function should display "heads". If the random number is 2, the function should display "tails". Demonstrate the function in a program that sks the user how many times the coin should be tossed and the coin then simulates the tossing of the coin that number of times.

Python Programming Only (PLEASE INCLUDE INPUT VALIDATION IF NEEDED) Write a function named maximum that accepts two integer values as arguments and returns the value that is the greater of the two. For example, if two numbers are one big and one small the function should return the bigger number. Use the function in a program that prompts the user to enter two integer values. The program should display the value that is the greater of the two.

You will use sequential, selection and repetition programming statements. You will define one integer number: count count will store how many times valid weights and values have been entered. You will define a variety of doubles: weight, value, sum, sumw, avg value will store the input value weight will store the input weight for that value sum  will  store  the  running   sum  of  values  and weights sumw will store the running of the weights avg  will store  the weighted  average  of  the 5 numbers  and 5  weights  input. The running sum will be calculated by this formula: sum = sum + value * weight For  example, if   the  first value  and  weight  pair  entered  is 4, 1 and  second pair  is 10, 3: sum = sum + value*weight = 0 + 4*1 sum = 4 + 10*3 = 34 sumw = 1 + 3 = 4 Values and sum are to be input and calculated within a repetition loop: while count <  5 Input value, weight sumw = sumw + weight sum = sum + value * weight count = count + 1 End while Avg is calculated by: avg =…

79. To find the decimal value of 1111, that is 15, we can use the function: a. int(1111,10) b. int(‘1111’,10) c. int(1111,2) d. int(‘1111’,2)

Course: Assembly Language: You have to write the code with proper instructions of Question and send the error free . Dont copy paste from any website create by expert with proper question conditions: Question:                     Write a program that prompts the user to enter two numbers in the form of characters between (0-9). Assume first number is greater than second number. Convert the number in characters to numbers in digits and subtract them. The display the answer after converting it into number character with proper message. Out put should must be like sample. Sample program output is given below: Enter the first number: 5 Enter the second number: 3 The result of subtraction : 2

python module must define four functions:a. add(a, b)b. subtract(a, b)c. multiply(a, b)d. divide(a, b)i. Divide must check for division by zero and return an error message if itencounters it.3. Each function should take two arguments and perform the corresponding mathematicaloperation. Return the result, don’t print it in the function.4. Include a main() function that tests these functions with some example inputs. Ensurethat you print the results of the function calls here in the main function and provide theappropriate labels.5. The main() function must only run automatically if the module is being run directly, notwhen imported.

Question 6  # This function checks whether a given number is even or not def isEven(number): """ what it takes? a number what it does? determines if a number is even what it returns? if even, return 1 if odd, return -1 """   # your code goes in here defisEven(number):   #check if the number is divisible by 2 by checking the remainder. if number % 2==0: #If remainder is 0, then its divisble by 2 and an even number #hence return-1 return1 else: #if remainder is not 0, it'll be 1, so its NOT divisible by 2 and its an odd number #hence return -1 return-1     Test case for question 6  try: if isEven(5) == -1: score['question 6'] = 'pass' else: score['question 6'] = 'fail' except: score['question 6'] = 'fail'   isEven(5)