In Chefland there is a competition with N participants (numbered 1 to N). There areN-IN-1 rounds in the competition; in each round two arbitrarily selected contestantswill compete, one of them will lose and be eliminated from the competition.There are 10 weapon types (numbered 1 to 10). You are given the N stringss1,s2,s3.....sn.for each valid i and j, the jth character of Si is '1' if it has ii. contestant originallyweapon of type jj or '0' otherwise. During each battle, for each type of j such that bothcontestants in that battle currently have type j weapons, those weapons of bothcontestants are destroyed; after the battle, the winner collects all remaining(undestroyed) weapons of the loser. Remember that each competitor can win or loseregardless of the weapons they have.The chef is bored watching the competition, so he wants to find the maximumpossible number of weapons that the winner of the tournament could have after thelast battle, regardless of which contestants fight in which battles or the results of thebattles. Can you help him with python code.Input13111000110110101010110000000011Output4

Answered: In Chefland there is a competition with…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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A robot sits in a 30 foot square room. It be directed to travel a randomly generated distance between 8 and 20 feet. The user will input a value that will serve as the seed for the random number generator. Every foot it travels it indicates that it has traveled 'x feet'. Upon arrival at the user specified distance, it announces." made it!"(This will happen even if the robot moves 0 feet). The program should also indicate how many more feet the robot could travel before running into a wall assuming it always starts at one wall of the room. Note that grammar used to indicate singular versus plural distances. i.e. for an random generation of 5, the resulting output should be: How far should the robot travel? 5 feet 1 foot I made it! I can only travel 25 mor 2 feet 3 feet 4 feet 5 feet e feet. tabs are used to space the output of traveled feet 330492.1753326.qx3zay7 LAB АCTIVITY main.cpp 1 #include 2 using namespace std; 3 4 int main() int roomsize - 30; 6 int distance = 0; 7 8 cout <«…
BMI is a measure of body condition and it is related to a person's weight and height. In the metric system, for weight given in Kilograms (Kg) and height given in centimeters (cm), the BMI value is given by: $BMI=10000*weight/(height^2)$. The person's condition is given by the table below:\n", "\n", "| BMI | Condition|\n", "|-----|----------|\n", "| <18.5| Underweight|\n", "|>=18.5 and <25| Normal |\n", "|>=25 and <30| Overweight |\n", "|>= 30 | Obese|\n", "\n", Write a program that asks for a person's height in cm and weight in Kg and print's the person's condition.
The ideal gas law allows the calculation of volume of a gas given the pressure(P), amount of the gas (n), and the temperature (T). The equation is:V = nRT / PSince we only have used integer arithmetic, all numbers will be integer values with no decimal points. The constant R is 8.314 and will be specified as (8314/1000). This gives the same result. Implement the idea gas law program where the user is prompted for and enters values for n, T, and P, and V is calculated and printed out. Be careful to implement an accurate version of this program. Your program should include a proper and useful prompt for input, and print the results in a meaningful manner.
2) scrooge.py Scrooge McDuck is letting you into his vault full of pennies, nickels, dimes and quarters. He will let you play the following game: you can pick 8 coins at random, and if they sum to at least a dollar, you win, and can keep your money! But if you lose, you don't get to keep the money, AND have to pay Scrooge a dollar. (Each coin you pick is equally likely to be a penny, nickel, dime, or quarter.) Your job: using a simulation, estimate 1. the probability that you win (meaning your coins sum to more than a dollar), and 2. if you play this game over and over, the average amount you will win (where the amount you win in a game could be negative). Here is a bit more direction: you should simulate 100,000 plays of this game. Each simulated play should involve picking 8 different random numbers - each one should be .01, .05, .10, or .25, with each value equally likely - which represent the 8 coins being chosen; these should be summed each time. As you proceed through these…
You roll a number cube numbered from 1 to 6. You then spin a spinner with 3 sections each with a different color. The spinner has the colors yellow, pink, and green. P(not green and not 2).
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An argument is expressed in English below. Rhys will go to the beach. If Rhys is excited; then Rhys will go to the beach. Rhys is excited. Variable names are assigned to each English phrase as follows: p: Rhys is excited •q: Rhys will go to the beach Is the argument valid? If valid, then indicate which rule is used for the argument. If invalid, then give truth assignments to the variables that prove the argument is invalid. Pick 4. Check Next
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