If a pup is worth a pooch and a mutt, and a pup and a pooch are worth one bird dog, and two bird dogs are worth three mutts, how many pooches is a pup worth?
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If a pup is worth a pooch and a mutt, and a pup and a pooch are worth one bird dog, and two bird dogs are worth three mutts, how many pooches is a pup worth?
Note: Solve the problem following Polya’s Four Step Method.
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- You have a knapsack that can hold 10 pounds, which you can fill with any of these items. Object Weight (in pounds) $5 B C E 1. 2 3 4 Value (in dollars) $15 $30 $35 $24 In the Fractional Knapsack Problem, you are allowed to take f of each object, where f is some real number between 0 and 1. Your goal is to pick the objects that maximize the total value of your knapsack, with the condition that the chosen objects weigh at most 10 pounds. Determine the maximum total value of your knapsack.There is a 15 days tour of visiting 5 national parks. There is a stay of two day at each park. So, 2 multiplied by 5 = 10 days are spent at staying in those 5 parks. Now the remaining days left are 15 - 10 = 5 days which have to be spent on travelling on visiting these parks. Mode of travel will be : Travel by car from SF to YO = $ 130 which is one way cost. It will take half day in travelling from SF to YO. Travel by air from YO to YE = $ 400 . It will take half day in travelling. Now, the total days left for travelling is 4 days. Travel by car from YE to GT = $ 70 . It will take whole one day in travelling. Travel by car from GT to MR will take two days and will cost $ 100 . Travel from MR to back to SF = $ 450 by air. It will take half day for this air travel. This is the best economical travel incurring traveeling cost of $ 1150 . Table 1. Need code in python using PULP and linear programming librariesThe Josephus problem is the following game: N people, numbered 1 to N, are sitting in a circle. Starting at person 1, a hot potato is passed. After M passes, the person holding the hot potato is eliminated, the circle closes ranks, and the game continues with the person who was sitting after the eliminated person picking up the hot potato. The last remaining person wins. Thus, if M = 0 and N = 5, players are eliminated in order, and player 5 wins. If M = 1 and N = 5, the order of elimination is 2, 4, 1, 5. Write a C program to solve the Josephus problem for general values of M and N. Try to make your program as efficient as possible. Make sure you dispose of cells. What is the running time of your program? If M = 1, what is the running time of your program? How is the actual speed affected by the delete routine for large values of N (N > 100,000)? ps. provide a screenshot of output, thankss
- Each day, there are two strategies available to two bakers, Tim and Horton: sell cakes or sell pastries. They cannot do both in any one day. If both sell cakes, Tim will earn an additional $500 and Horton will lose $500. If Tim sells cakes and Horton sells pastries, Tim gains $100 and Horton loses $100. If Horton sells cakes and Tim sells pastries, Tim loses $400 and Horton gains $400. If both sell pastries, Tim gains $400 and Horton loses $400. What will be the outcome if both bakers correctly use game theory? a.None of these outcomes is correct b.Tim will gain $250, on average, each day c.Tim will gain $300, on average, each day d.Tim will gain $100, on average, each day e.Tim will gain $200, on average, each dayA city police department and a gang of drug dealers play a game every day where the police must decide whether to focus their department resources on either street patrol or parks patrol, and the drug gang must make the same decision regarding where to focus their drug selling activities. If both focus on street sales the police make 90 arrests and the dealers avoid 10 arrests. If both focus on park selling. The police arrest 80 dealers and 20 dealers avoid capture. If the PD focuses on streets, while the DDs focus on parks, 5 arrests are made and 95 dealers escape arrest. If the PD focuses on parks while the DD focus on streets, then 10 arrests are made and 90 dealers get away. a) Find the Nash equilibrium in mixed strategies for the police department and for the drug dealers. b) Explain in simple terms what will play out in this game between the PD and the DDs. c) If the PD gets better at park patrol (measured by more arrests in parks than before), in which direction will the…Suppose, you have been given a non-negative integer which is the height of a ‘house of cards’. To build such a house you at-least require 8 cards. To increase the level (or height) of that house, you would require four sides and a base for each level. Therefore, for the top level, you would require 8 cards and for each of the rest of the levels below you would require 5 extra cards. If you were asked to build level one only, you would require just 8 cards. Of course, the input can be zero; in that case, you do not build a house at all. Complete the recursive method below to calculate the number of cards required to build a ‘house of cards’ of specific height given by the parameter. there is a picture given in that section. public int hocBuilder (int height){ // TO DO } OR def hocBuilder(height): #TO DO
- Suppose, you have been given a non-negative integer which is the height of a ‘house of cards’. To build such a house you at-least require 8 cards. To increase the level (or height) of that house, you would require four sides and a base for each level. Therefore, for the top level, you would require 8 cards and for each of the rest of the levels below you would require 5 extra cards. If you were asked to build level one only, you would require just 8 cards. Of course, the input can be zero; in that case, you do not build a house at all. Complete the recursive method below to calculate the number of cards required to build a ‘house of cards’ of specific height given by the parameter. public int hocBuilder (int height){ // TO DO } OR def hocBuilder(height):Suppose, you have been given a non-negative integer which is the height of a 'house of cards'. To build such a house you at-least require 8 cards. To increase the level (or height) of that house, you would require four sides and a base for each level. Therefore, for the top level, you would require 8 cards and for each of the rest of the levels below you would require 5 extra cards. If you were asked to build level one only, you would require just 8 cards. Of course, the input can be zero; in that case, you do not build a house at all. Complete the recursive method below to calculate the number of cards required to build a 'house of cards' of specific height given by the parameter. Height 1 Height 2 Height 3 public int hocBuilder (int height) { // TO DO } OR def hocBuilder (height): #то DOSuppose, you have been given a non-negative integer which is the height of a 'house of cards'. To build such a house you at-least require 8 cards. To increase the level (or height) of that house, you would require four sides and a base for each level. Therefore, for the top level, you would require 8 cards and for each of the rest of the levels below you would require 5 extra cards. If you were asked to build level one only, you would require just 8 cards. Of course, the input can be zero; in that case, you do not build a house at all. Complete the recursive method below to calculate the number of cards required to build a 'house of cards' of specific height given by the parameter. def hocBuilder(height): #TO DO E Height 1 Height 2 Height 3
- Suppose, you are working in a company ‘X’ where your job is to calculate the profit based on their investment. If the company invests 100,000 USD or less, their profit will be based on 75,000 USD as first 25,000 USD goes to set up the business in the first place. For the first 100,000 USD, the profit margin is low: 4.5%. Therefore, for every 100 dollar they spend, they get a profit of 4.5 dollar. For an investment greater than 100,000 USD, for the first 100,000 USD (actually on 75,000 USD as 25,000 is the setup cost), the profit margin is 4.5% where for the rest, it goes up to 8%. For example, if they invest 250,000 USD, they will get an 8% profit for the 150,000 USD. In addition, from the rest 100,000 USD, 25,000 is the setup cost and there will be a 4.5% profit on the rest 75,000. Investment will always be greater or equal to 25,000 and multiple of 100. Complete the RECURSIVE methods below that take an array of integers (investments) and an iterator (always sets to…Suppose, you are working in a company ‘X’ where your job is to calculate the profit based on their investment. If the company invests 100,000 USD or less, their profit will be based on 75,000 USD as first 25,000 USD goes to set up the business in the first place. For the first 100,000 USD, the profit margin is low: 4.5%. Therefore, for every 100 dollar they spend, they get a profit of 4.5 dollar. For an investment greater than 100,000 USD, for the first 100,000 USD (actually on 75,000 USD as 25,000 is the setup cost), the profit margin is 4.5% whereas for the rest, it goes up to 8%. For example, if they invest 250,000 USD, they will get an 8% profit for the 150,000 USD. In addition, from the rest 100,000 USD, 25,000 is the setup cost and there will be a 4.5% profit on the rest 75,000. The investment will always be greater or equal to 25,000 and multiple of 100. Complete the RECURSIVE methods below that take an array of integers (investments) and an iterator (always sets to…A school dance committee is to consist of 2 freshmen, 3 sophomores, 4 juniors, and 5 seniors. If 6 freshmen, 7 sophomores, 9 juniors, and 7 seniors are eligible to be on the committee, in how many ways can the committee be chosen? Your answer is:
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