With a single parameter: It represents the price of one (1) item ordered. Add 12% tax and return the total due. • With two (2) parameters: These represent the price of an item and the quantity ordered. Multiply the two (2) values, add 12% tax, and return the total due. • With three (3) parameters: These represent the price of an item, the quantity ordered, and the discount amount. Multiply the quantity and price, deduct the discount amount, add 12% tax, and return the total due.

With a single parameter: It represents the price of one (1) item ordered. Add 12% tax and return the total due. • With two (2) parameters: These represent the price of an item and the quantity ordered. Multiply the two (2) values, add 12% tax, and return the total due. • With three (3) parameters: These represent the price of an item, the quantity ordered, and the discount amount. Multiply the quantity and price, deduct the discount amount, add 12% tax, and return the total due.

Operations Research : Applications and Algorithms

4th Edition

ISBN:9780534380588

Author:Wayne L. Winston

Publisher:Wayne L. Winston

Chapter19: Probabilistic Dynamic Programming

Section19.4: Further Examples Of Probabilistic Dynamic Programming Formulations

Problem 7P

See similar textbooks

Similar questions

library contains books, periodicals, and DVDs (no items of other types are available and a given item belongs to only a single category). All these items can be used by the user of the library. Some of the items (books, periodicals, and DVDs) are only reference items, and others can be borrowed by the users. There are two types of users; registered users and temporary users. While registered users can borrow up to 100 items, the temporary users can borrow only 2 items at a time. In the initial work of the EER modeling, your teammates have identified Item, User, and ItemCopy as entities. Which of the following statements are correct about a possible EER model for this set of requirements? The specialization/generalization hierarchy for items that involve borrowing items and reference items has an optional participation constraint. The specialization/generalization hierarchy for items that involve the books, periodicals, and DVDs has a mandatory participation constraint. The user…
Whoever must play, cannot play def subtract_square(queries): Two players play a game of "Subtract a square", starting with a positive integer. On their turn to play, each player must subtract some square number (1, 4, 9, 16, 25, 36, 49, ...) from the current number so that the result does not become negative. Under the normal play convention of these games, the player who moves to zero wins, leaving his opponent stuck with no possible moves. (In the misère version of the game that has otherwise identical rules but where you win by losing the original game, these definitions would be adjusted accordingly.) This and many similar combinatorial games can be modelled with recursive equations. This game is an example of an impartial game since the moves available to both players are exactly the same, as opposed to “partisan games” such as chess where each player can only move pieces of one colour. A game state is therefore determined by the remaining number alone, but not by which player has…
Program Specifications Write a FancyCar class to support basic operations such as drive, add gas, honk horn and start engine. fancy_car.py is provided with function stubs. Follow each step to gradually complete all instance methods. Note: This program is designed for incremental development. Complete each step and submit for grading before starting the next step. Only a portion of tests pass after each step but confirm progress. The main program includes basic calls to the instance methods. Add statements in the main program as instance methods are completed to support development mode testing. **Step 0: Complete the constructor to initialize the model and miles per gallon (MPG) with the values of the parameters. Initialize the odometer to five miles and the tank to be full of gas. By default, the model is initialized to "Old Clunker", and MPG is initialized to 24.0. Note the provided constant variable indicates the gas tank capacity of 14.0 gallons. Step 1 Complete the instance…
Ten members of Math Club are driving to a math conference in a neighboring state. However, some of these students have dated in the past, and things are still a little awkward. Each student lists which other students they refuse to share a car with; these conflicts are recorded in the table below. What is the fewest number of cars the club needs to make the trip? Do not worry about running out of seats, just avoid the conflicts. Student: A B C D Conflicts: BEJ ADG HJ BF E AI F DJ G H B CI I EHJ J ACFI
In an annual charter day celebration of a university, one of the highlights of its celebration is having a concert for a cause in which national personalities were invited. The student body assigned for the conduct of the event, sold tickets for their fund raising for a cause. Tickets are sold according to the following prices. The green ticket is sold at $20, orange ticket at $30 and white ticket at $40. All students of the university are encouraged to support the said event, however the venue could only accommodate 1500 people. Write a Nassi-Shneiderman diagram that determines the total amount of money that will be generated if all tickets are all sold out and likewise print the total money collected.
8. Pizza Mario owns a pizzeria. Mario makes all of his pizzas from 10 different ingredients, using 3 ingredients on each pizza. Mario's cousin Luigi owns a pizzeria as well. Luigi makes all his pizzas from 9 ingredients, using 4 ingredients on each pizza. Mario and Luigi have made a bet: Mario believes that customers can order a larger selection of pizzas in his pizzeria than they can order in Luigi's pizzeria. Use functions for this assignment. Implement a factorial() function yourself (do not use the one from the math module) • When choosing k items from n possible items, the number of possibilities can be obtained using the following formula: () n! k!(n-k)! Make a function called choose with two parameters n and k, that implements the above formula. • Write a program that calculates the number of pizzas Mario and Luigi can make. The outcome should look like this: Mario can make 120 pizzas. Luigi can make 126 pizzas. Luigi has won the bet.
Member Methods are: • To calculate and find Dearness Allowance (DA) - (DA - 30% of basic salary), • To calculate and find House Rent Allowance (HRA) (35% of basic salary in case the basic salary is > 400, otherwise it is 30% of basic salary), • To calculate and find Gross_salary (Basic + DA + HRA),
BLACKJACK DO not use jquery strictly java script Black Jack is a simple card game that is also often called 21. The point of the game is to get a value as close to 21 without going over. A player that obtains the score of 21 with only 2 cards is said to have a Black Jack. Rules of the game: There are 2 types of participants in a game of Black Jack, the dealer and the players. The players play against the dealer and not against each other. In order to win, the player must have a hand value superior to that of the dealer’s. The game starts with each player receiving 2 cards, the dealer receiving 2 cards. Each player has the option to add an additional cards (1 by 1) to his hand (Draw) or to stay with the cards he currently has (Hold). If at any point, the player’s total exceeds 21, he automatically loses the hand (Bust). When all players complete this process, the dealer gets to complete his hand. As long as the dealer’s point total is 16 or less, he must draw a new card. As soon as…
A6. Suppose a farmer decided to keep individual records for the new cattle. His records show 4 bred heifers valued at $900; 5 cows valued at $1,000, and 1 bull valued at $2,000. Using the chart below, setup the individual records for each animal for year 1. Make sure that your animal ID for each type of animal is different, for example, bred heifers can start at 22-1, etc.; cows can start at 22- 01, and the bull can be 22-001.
In an annual charter day celebration of a university, one of the highlights of its celebration is having a concert for a cause in which national personalities were invited. The student body assigned for the conduct of the event, sold tickets for their fund raising for a cause. Tickets are sold according to the following prices. The green ticket is sold at $20, orange ticket at $30 and white ticket at $40. All students of the university are encouraged to support the said event, however the venue could only accommodate 1500 people. Write an algorithm in pseudocode, a flowchart and NS diagrams that determines the total amount of money that will be generated if all tickets are all sold out and likewise print the total money collected.
5. calculate_new_balance Given a starting balance (a number), and a list of transaction tuples, calculate the final balance for an account. Transaction tuples are of the shape ("description", amount, "withdrawal") , or ("description", amount, "deposit"). The last entry in the tuple will be either "withdrawal" or "deposit". Every withdrawal decreases the balance of the account by the specified amount, and every deposit increases the balance. The return value is the new account balance, as a number. (which could be negative) Sample calls should look like: >>> calculate_new_balance(100, [("payday", 20, "deposit"), ("new shoes", 50, "withdrawal"), ("illicit winnings", 200, "deposit")]) 270 >>> calculate_new_balance (100, []) 100
All do. Else report.