Write pseudocode to represent the logic of a program that allows the user to enter a value for hours worked in a day. The program calculates the hours worked in a five-day week and the hours worked in a 252-day work year. The program outputs all the results.

Develop a pseudocode or flowchart for all the following problems : 1. Write a program which will display “I AM GOOD” on the computer screen for 10x2. Write a program which will display “I AM GREAT” on the computer screen for 100x3. Write a program which will display “I AM SUPERMAN” on the computer screen for 1000x4. Accept two integers from computer user and check whether they are equal or not.5. Write a program to check whether a given number is even or odd.6. Write a program to check whether a given number is positive or negative7. Write a program to read the value of an integer m and display the value of n is 1 when m is larger than 0, 0when m is 0 and -1 when m is less than 08. Write a program which accept the user’s height in cm then display :a. You are so tall → if the height is more than 180cmb. You are not that tall → if the height is between 100 – 179cmc. You are short ha ha ha → if the height is less than 100cm9. Write a program to read 10 numbers from keyboard and find their…

-Prompts the user to enter an integer x. Assume without error checking the user enters a positive integer.  -The program then will print all the odd integers between 1 and x that are a multiple of 3.   Sample: Enter an integer x: 15  3 is a multiple of 3  9 is a multiple of 3  15 is a multiple of 3

Program Unit Score Calculator Console App Write a Python Console Application program that allows the user to enter the marks for different assessments in a unit, and computes the total mark and grade for the unit.  Here is the program logic specification: There are six assessment activities Quiz1, Quiz2, Quiz3, Quiz4, Lab Journal, Major Assignment and Final Exam. The four quizzes are worth 5 marks each, the Lab Journal is worth 10 marks, the Major Assignment is worth 30 marks and the Final Exam is worth 40 marks. The algorithm for computing the total mark for the unit is:  Total Mark = Quiz1+Quiz2+Quiz3+Quiz4+Major Assignment+ Lab Journal + Final Exam The following screenshot shows a successful test run: