When a temperature gauge surpasses a threshold, your local nuclear power facility alarms. Core temperature is gauged. Consider the Boolean variables A (alarm sounds), FA (faulty alarm), and FG (faulty gauge) and the multivalued nodes G (gauge reading) and T (real core temperature).
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When a temperature gauge surpasses a threshold, your local nuclear power facility alarms. Core temperature is gauged. Consider the Boolean variables A (alarm sounds), FA (faulty alarm), and FG (faulty gauge) and the multivalued nodes G (gauge reading) and T (real core temperature).
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- An arcade game player wants to climb to the top of the leaderboard and track their ranking. The game uses Dense Ranking, so its leaderboard works like this: The player with the highest score is ranked number on the leaderboard. Players who have equal scores receive the same ranking number, and the next player(s) receive the immediately following ranking number. Example The ranked players will have ranks , , , and , respectively. If the player's scores are , and , their rankings after each game are , and . Return . Function Description Complete the climbingLeaderboard function in the editor below. climbingLeaderboard has the following parameter(s): int ranked[n]: the leaderboard scores int player[m]: the player's scores Returns int[m]: the player's rank after each new score Input Format The first line contains an integer , the number of players on the leaderboard.The next line contains space-separated integers , the leaderboard scores in decreasing order.The next…You will be given a square chess board with one queen and a number of obstacles placed on it. Determine how many squares the queen can attack. A queen is standing on an chessboard. The chess board's rows are numbered from to , going from bottom to top. Its columns are numbered from to , going from left to right. Each square is referenced by a tuple, , describing the row, , and column, , where the square is located. The queen is standing at position . In a single move, she can attack any square in any of the eight directions (left, right, up, down, and the four diagonals). In the diagram below, the green circles denote all the cells the queen can attack from : There are obstacles on the chessboard, each preventing the queen from attacking any square beyond it on that path. For example, an obstacle at location in the diagram above prevents the queen from attacking cells , , and : Given the queen's position and the locations of all the obstacles, find and print the number of…The squirrels in Palo Alto spend most of the day playing. In particular, they play if the temperature is between 60 and 90 (inclusive). Unless it is summer, then the upper limit is 100 instead of 90. Given an int temperature and a boolean is_summer, return True if the squirrels play and False otherwise. squirrel_play(70, False) → Truesquirrel_play(95, False) → Falsesquirrel_play(95, True) → True
- Write a simulation of T20 match. There are two teams, Team A and Team B. For every balldelivered generate a random number from -1 to 6 (both inclusive). A -1 means that batsman isout, any other number is the runs scored on that delivery. A 0 in this case represent a dot ball.After every 12 balls, generate a random value which represents the weather conditions.Random Number Weather Condition Score Limits0 Sunny 0-61 Cloudy 0-42 Windy 0-33 Drizzle 0-24 Rain Match stoppedTeam A plays continuously until all players are out or 120 balls are delivered or match is stoppeddue to the rain.Team B plays continuously until all players are out or 120 balls are delivered they have scoredmore than Team A or match is stopped due to rain. Every time a rain event occurs, deduct 12balls from both innings. A match result should be draw if any of the innings is less than 18balls. You have to maintain 2d array, store player id and player score. Count total scores ofteams depending upon preceding…Write a simulation of T20 match. There are two teams, Team A and Team B. For every balldelivered generate a random number from -1 to 6 (both inclusive). A -1 means that batsmanis out, any other number is the runs scored on that delivery. A 0 in this case represent a dot ball.After every 12 balls, generate a random value which represents the weather conditions.Random Number Weather Condition Score Limits0 Sunny 0-61 Cloudy 0-42 Windy 0-33 Drizzle 0-24 Rain Match stoppedTeam A plays continuously until all players are out or 120 balls are delivered or match is stoppeddue to the rain.Team B plays continuously until all players are out or 120 balls are delivered they have scoredmore than Team A or match is stopped due to rain. Every time a rain event occurs, deduct 12balls from both innings. A match result should be draw if any of the innings is less than 18 balls.You have to maintain 2d array, store player id and player score. Count total scores of teamsdepending upon preceding…Consider an online store for consumer products. Whenever a customer chooses a product to order, the relevant product ID, the quantity ordered, and the item price is added to the shopping basket. An example of the shopping basket is shown below. Item Product ID Quantity Item price 1 DVD101 2 £2.5 2 ВОOK205 4 £1 At the checkout, this particular order should cost (2 x £2.5) + (4x £1) = £9. However, what if an attacker sets the quantity value for BOOK205 to -4 (minus 4) when the data from the shopping basket is sent to the web server? Then the attacker has to pay only (2 x £2.5) + (-4 x £1) = £1. The system may not dispatch BOOK205 because of its negative quantity value but still the attacker could get 2 of DVD101 for £1! This type of security attack is called a parameter tampering attack. To prevent this attack, the checkout program has to make sure that the quantity of every item in the shopping basket is a natural number, i.e. greater than zero. Let product(X) stand for X is a product…
- In this program, you are provided with phenotype counts of F1 and F2 offspring at two research institutes. The data are generated from an initial parental cross of elegant cranes, whose genetics are identical to fruit flies, with the exception that they look like crane birds. The cranes for each institute come from the same original source. For each institute, in the parental generation (P0), one parent displays the wild-type (WT) phenotype and one the disease phenotype. The WT parent always has a homozygous genotype, and whether the disease parent has a homozygous genotype depends on which scenario describes data in the F1 generation. The possibilities for F1 individuals are: (a) All individuals are disease; (b) All individuals are wild-type; (c) There are disease and wild-type individuals. When both disease and WT individuals (item (c)) are available in the F1 generation then you should use the F1 cross, (disease) X WT. For each institute, there are three possible modes of…You are given n users, and their times that they log in and out of a website: You are interested in which users are on the site at the same time. For example, you are given the following 5 users and their times: User 1- In: 1 Out: 4 User 2- In: 2 Out: 5 User 3- In: 7 Out: 8 User 4- In: 9 Out:10 User 5- In: 6 Out:10 This gives the distinct users that are on the site at the same time as (1,2), (4,5), and (3,5). Given n elements, write pseudocode for an algorithm that would take n^2 time to compute the number of pairs of users that are on the site at the same timeYou are given n users, and their times that they log in and out of a website: You are interested in which users are on the site at the same time. For example, you are given the following 5 users and their times: User 1- In: 1 Out: 4 User 2- In: 2 Out: 5 User 3- In: 7 Out: 8 User 4- In: 9 Out:10 User 5- In: 6 Out:10 This gives the distinct users that are on the site at the same time as (1,2), (4,5), and (3,5). Given n elements, write pseudocode for an algorithm that would take nlog(n) time to compute the number of pairs of users that are on the site at the same time
- In planet Z, there have been two new outbreaks of Disease X and Disease Y. You have been tasked with creating a system which will detect the presence of Diseases X and Y. A person may have no disease or any one of the diseases or both. The presence of the diseases will depend on the following symptoms: 1. Inputs (Symptoms) : A: Breathing Difficulties. (A=1 if you have breathing difficulties, A=0 otherwise) B: Normal Body Temperature (B=1 if you have a normal body temperature, B=0 otherwise) C: Fatigue (C=1 if you have fatigue, C=0 otherwise) D :Loss of smell (D= 1 if the person has lost his ability of smell, D=0 otherwise) Outputs: X : Disease X Y : Disease Y 1. You have Disease X if your fatigue is accompanied by i) breathing difficulties with normal body temperature or ii) no loss of smell. 2. If you don’t have fatigue then you will have Disease X if you have i) an abnormal body temperature or ii) you have loss of smell with no breathing difficulties 3. If you…Random walk. A Java programmer begins walking aimlessly. At each time step, she takes one step in a random direction (either north, east, south, or west), each with probability 25%. She stops once she is at Manhattan distance r from the starting point. How many steps will the random walker take? This process is known as a two- dimensional random walk.Random walk. A Java programmer begins walking aimlessly. At each time step, she takes one step in a random direction (either north, east, south, or west), each with probability 25%. She stops once she is at Manhattan distance r from the starting point. How many steps will the random walker take? This process is known as a two-dimensional random walk.