A truck is used to ship two products from a workshop to a customer location that is 100 km far away. The shipping details are illustrated below. The allocated budget for the shipping trip is $1000. The two products are packaged in cartons that have the same size and the truck capacity is up to 500 cartons. If the problem is formulated as a LP, answer the following questions: (You may attach your solution or write in the box). a) Define the decision variables (1 mark) b) Write all constraints (2 marks) c) Write the objective function (define whether it is a maximization or minimization) Cost of shipping Profit gained $2/carton Product 1 $0.025/carton.km Product 2 $0.05/carton.km $3/carton

A truck is used to ship two products from a workshop to a customer location that is 100 km far away. The shipping details are illustrated below. The allocated budget for the shipping trip is $1000. The two products are packaged in cartons that have the same size and the truck capacity is up to 500 cartons. If the problem is formulated as a LP, answer the following questions: (You may attach your solution or write in the box). a) Define the decision variables (1 mark) b) Write all constraints (2 marks) c) Write the objective function (define whether it is a maximization or minimization) Cost of shipping Profit gained $2/carton Product 1 $0.025/carton.km Product 2 $0.05/carton.km $3/carton

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter6: Looping

Section: Chapter Questions

Problem 5GZ

See similar textbooks

Similar questions

In this task, you need toevaluate the following four expressions and demonstrate atleast 5steps of evaluating them. a) -(4%2-1/3+5*6) b) ! (( 3 > 5) && ( 6 < 2)||(1==4)) c) (6%2)! = (4/5) == (3*7) d) ! 0 || 1 && ((1 &&0)||(1&&0))
Please note that on the last line of the code, we need to print out the 'and" with the smallest and the largest number for min and max functions in order to maximize our credit with the zyBooks lab assignment for 3.9. Code Hints: smallestnum = min(usernumbers) #The smallest number is printed out - for example 5, 10, 15 - 5 would be printed out largestnum = max(usernumbers) #The largest number is printed out - for example 5, 10, 15 - 15 would be printed out Write a program that reads a list of integers into a list as long as the integers are greater than zero, then outputs the list values and the smallest and largest integers in the list using min and max built-in functions . This code runs in zyBooks..... Ex: If the input is: 10 5 3 21 2 -6 the output is: [10, 5, 3, 21, 2] 2 and 21 user_numbers = [] user_input = int(input())while user_input > 0: user_numbers.append(user_input) user_input = int(input())print(user_numbers) ''' Complete code here.…
Please note that on the last line of the code, we need to print out the 'and" with the smallest and the largest number for min and max functions in order to maximize our credit with the zyBooks lab assignment for 3.9. Code Hints: smallestnum = min(usernumbers) #The smallest number is printed out - for example 5, 10, 15 - 5 would be printed out largestnum = max(usernumbers) #The largest number is printed out - for example 5, 10, 15 - 15 would be printed out Write a program that reads a list of integers into a list as long as the integers are greater than zero, then outputs the list values and the smallest and largest integers in the list using min and max built-in functions . Ex: If the input is: 10 5 3 21 2 -6 the output is: [10, 5, 3, 21, 2] 2 and 21 user_numbers = [] user_input = int(input())while user_input > 0: user_numbers.append(user_input) user_input = int(input())print(user_numbers) ''' Complete code here. '''smallest_num=min(user_numbers)largest_num =…
When you use a mortgage to purchase a home, the lending institution effectively owns the home. You buy back part ownership in the home with each monthly payment. The part you have bought back is your equity in the home. If the mortgage amount is P dollars, the monthly interest rate is r as a decimal, and the term of the mortgage is t months, then your equity after k payments is E(k) = P((1 + r)k − 1) (1 + r)t − 1 dollars. In this exercise, assume that the mortgage amount is $200,000, the APR is 6% so r = .06/12 and the term of the loan is 30 years (360 months). (a) Find a formula for the equity. (b) Make a graph of the equity over 360 months, the term of the loan. (c) Does the graph show that you have half-ownership in the home halfway through the term of the mortgage? Halfway through the term of the mortgage corresponds to k1 = _______ payments. From the graph, we see that E(k1) is ________ half of the mortgage amount, so we _______ have half-ownership in the home…
Sally is shopping at her favorite department store, which is having a sale on sweaters. The colored dot on the sweater’s price tag indicates whether the sweater is 10% off (red dot), 25% off (yellow dot), or 50% off (blue dot). Only the original price appears on the price tag. Your task is to direct Sally on how to calculate a sweater’s sale price. Does the solution to this problem require a decision? If so, what decision needs to be made?
Here,Ex: Item 1Enter the item name:Chocolate ChipsEnter the item price:3Enter the item quantity:1 Item 2Enter the item name:Bottled WaterEnter the item price:1Enter the item quantity:10 Add the costs of the two items together and output the total cost. Ex: TOTAL COSTChocolate Chips 1 @ $3 = $3Bottled Water 10 @ $1 = $10 Total: $13.
I need the program to print the line "Meal options:" only when there is enough money. def get_possible_meals(budget, num_persons): tacos_cost = 4 empanandas_cost = 3 max_tacos = budget // tacos_cost max_empanadas = budget // empanandas_cost feasible = False print("\nMeal options:") for num_tacos in range (max_empanadas + 1): num_empanadas = (budget - num_tacos * tacos_cost) // empanandas_cost if num_empanadas > 0andnot (num_empanadas + num_tacos) % num_persons: feasible = True total_cost = num_tacos * tacos_cost + num_empanadas * empanandas_cost change = budget - total_cost print(f'${total_cost} buys {num_empanadas} empanadas and {num_tacos} tacos with ${change} change. {(num_empanadas + num_tacos) // num_persons} items per person.') ifnot feasible: print(f'You cannot buy a meal with these options.') def main(): budget = int(input('Enter budget for meal: $')) num_people = int(input('How many people are eating: ')) get_possible_meals(budget, num_people) if __name__ == '__main__':…
bob employs a painting company that wants to use your services to help create an invoice generating system. the painters submit an invoice weekly. they charges $30 per hour worked. they also charge tax -15%. bob likes to see an invoice that display all the information- number of hours, the charge per hours, the total Before tax and total After tax. since this is an invoice, we also need to display the name of the company (painting Xperts) at the top of the invoice. display all of the information on the screen. Using Pseudocode, develop an algorithm for this problem.
A 4th grader is having trouble with Permutation and Combination problem in Mathematics, so a friend offered help to create a program they can use. The program contains 3 options, 1st option is for Permutation, 2nd option is Combination and 3rd is for terminating the system. For option 1, Permutation, they uses the following formula: nPr = ; where r must not be greater than n. It should not proceed if this condition is not met. For 2nd option, Combination, they uses the formula : nCr = ; where r must not be greater than n as well. For the 3rd option, the program owner’s information shall be displayed, like name, subject code and account number, before the program terminates.
I have an assignment that needs to be turn in before monday, here's the question: Two people play the game of Count 21 by taking turns entering a 1, 2, or 3, which is added to a running total. The player who adds the value that makes the total reach or exceed 21 loses the game. Create a game of Count 21 in which a player competes against the computer, and program a strategy that always allows the computer to win. On any turn, if the player enters a value other than 1, 2, or 3, force the player to reenter the value. Save the game as Count21.java. Here's the code that I'm working on: import java.util.Scanner;public class Count21 {public static void main(String[] args) {// Scanner object to get user inputScanner scanner = new Scanner(System.in);// Stores the running total. //Displays a welcome for the user public void promptEnterKey(){System.out.println("Welcome to Count21! \n");System.out.println("Press \"ENTER\" to continue...");Scanner scanner = new…
Can you make it so it computes the amount (# of hours x hourly rate) and not put the amount In the txt? Also if the employee is a computer sci or a cyber sec major then add 1000 and if they are both add 2000 to their amount.
The number of permutations of a set of n items taken r at a time is given by the following formulan!/r!(n−r)!: where n! is the factorial of n, r! is the factorial of r, and (n-r)! is the factorial of the result of n-r. The factorial of a number n can be solved using the following formula: n !=e−n nn √ 2 πn. If there are 18 people in your class and you want to divide the class into programming teams of 3 members, you can compute the number of different teams that can be arranged using this formula (n!/r!(n−r)!). When writing a C++ program that determines the number of potential team arrangements. You will need to use the double type for this computation.