MUST BE IN PYTHON PROGRAMMING CODE!!!!! NO C++ or Java!! Directions: Design a program with a loop that lets the user enter a series of names (in no particular order). After the final person’s name has been entered, the program should display the name that is first alphabetically and the name that is last alphabetically. For example, if the user enters the names Kristin, Joel, Adam, Beth, Zeb, and Chris, the program would display Adam and Zeb. Additional requirements: Note that the possible set of input values can include negative, 0, or positive values, but not the sentinel value of -99. DESIGN HINT: • When determining the largest (or smallest) value in a set of numbers, remember to use variables to keep track of the current largest (or smallest) number found thus far. These variables can then be used as a comparison to each subsequent input number to see if the new number is larger (or smaller) than the current largest (or smallest) number and updated appropriately. At the end of all…

A retail company assigns a $5000 store bonus if monthly sales are more than $100,000; otherwise a $500 store bonus is awarded.  Additionally, they are doing away with the previous day off program and now using a percent of sales increase to determine if employees get individual bonuses.  If sales increased by at least 4% then all employees get a $50 bonus. If they do not, then individual bonuses are 0. Step 7:  The final step in completing the pseudocode is to call all the modules with the proper arguments.  Complete the missing lines.   Module main ()      //Declare local variables      Declare Real monthlySales      Declare Real storeAmount      Declare Real empAmount      Declare Real salesIncrease           //Function calls      Call getSales(monthlySales)      Call getIncrease(salesIncrease)      Call ______________(_______________, _____________)      Call ______________(_______________, _____________)      Call ______________(_______________, _____________)      End Module

9: perfect.cpp) A number is called perfect if the sum of its divisors is equal to the original number. A number is called deficient if the sum of its divisors is less than the original number. A number is called abundant if the sum of its divisors is more than the original number. Write a program that answers the following questions: What numbers below 5000 are perfect? What odd numbers below 5000 are abundant? What are the relative proportions of deficient, abundant, and perfect numbers? 5000 should be in a global constant.

Lab #3 – Day CalculationBackground - Many times one needs to do calculations on dates. Programs like Excel use the number of days since 1/1/1970 when doing these calculations. We don't know enough C++ to completely do this calculation, yet, but we can make a start.Problem - You will prompt a user for a month, a day and a year. You will then tell the user how many days since January 1 of that year the input date is.For example if the user inputs a 3 for the month, a 2 for the day, and 2000 for the year the program outputs the number of days as being 62. Note 2000 is a leap year. Therefore you must test to see if a year is a leap year when doing this problem.The three rules which the Gregorian calendar uses to determine leap year are as follows:1. Years divisible by four are leap years, unless...2. Years also divisible by 100 are not leap years, except...**3. Years divisible by 400 are leap years. **** Combining rules 2 & 3: Centennial years that are not divisible by 400 are not leap…

Questio Write a program that receives a series of characters from the user, the program stops if the user enters the same character two consecutive times, the program should display the number of entered characters at the end of the program (the last duplicated character is counted only once): Sample Run: Enter your characters: asbnmkrr we got 7 characters please wirte it in java using loops please answer it in java using netbeans.

assembly language please with comment and screen shot of the out put

Python code easy way please

9 am Input 3 5 7 ~ 00 2 Write a program that repeatedly gets integer input from the user until the value 99999 is entered. The program must then print the values the user entered alternating between odd and even values starting with the first odd value as in the examples below. The odd and even values must respectively be in the order they were entered but the overall output will not necessarily be in the order entered. 8 If more odd or even values were entered, the program should continue to print the remaining values after all other odd/even values have been printed in the order they were entered. Note: You must use Queues to solve this problem: an implementation of the Queue class is given - you do not need to provide your own. You will have the following methods available from the Queue class: Queue), enqueue(), .dequeue(), peek(), len(), and.is_empty(). Note: You must NOT access private data fields of the Queue class, you must NOT create any other built-in collections (e.g. lists,…

Problem: Feed Nibble Monster As Long As It Is Happy Write a program in which the Nibble Monster happily keeps asking for nibbles until the user gives it something that is not a nibble. At that point the monster becomes unhappy and the loop ends. Use do-while loop. HINT: You can control the loop with a boolean variable which indicates the state of Monster's feelings: it is true initially but becomes false when the Monster receives a non-nibble. Sample Runs: weron@DESKTOP-218KDUL MINGW64 /c/courses/CS2011/code $ java NibbleMonsterWithLoopwhileHappy Monster hungry :E Feed monster nibble :0 c yum! Feed monster nibble :0 F YUM! Feed monster nibble :0 8 m04r f00d! Feed monster nibble :0 $ Ewww! :0=$ You tried to poison me. Go away! weron@DESKTOP-218KDUL MINGW64 /c/courses/CS2011/code $ java NibbleMonsterWithLoopwhileHappy Monster hungry :E Feed monster nibble :0 # 4 Ewww! :o=# You tried to poison me. Go away!