Sports Craft Company has organized tournaments in multiple individual sports and invited top ranked players to play. Each tournament comprises of multiple matches in knock out format. Each match is played between two players.Problem Statement: Create the Player table as per information provided below:Column Name Data Type Constraint DescriptionPId INTEGER PRIMARY KEY Unique player Id is mandatory for every playerPName VARCHAR2(20) NOT NULL Player NameRanking INTEGER Player's ranking

Write a query that displays the number of players in each state, with FR, SO, JR, and SR players in separate columns and another column for the total number of players. Order results such that states with the most players come first.

Alice, Bob, Ben, and some of their friends participated in a competition. They were standing in line to take the participation ticket. Each person was given a unique ticket value which has a rating. You need to implement a code to form a team of 3 friends amongst them under the given rules:Select 3 friends with index(a,b,c) with ticket value(ticket[a], ticket[b], ticket[c].Team is valid only if(ticket[a] < ticket[b] < ticket [c] OR ticket[a] > ticket[b] > ticket [c] where,(0<=a<=b<=c<=n) (n=number of students participated)Complete the below pseudocode:Pseudocode:Function numTeams{Input int ticket, int Result = 0;for(int mid = 1; mid< ticket.length -1;mid++){int left=0;int right =0;int upperleft=0;int upperright =0;for(int b=0;b<ticket.length;b++) { if(b<mid and ticket[b]< ticket[mid]){ left+=1; } else if(b>mid and ticket[b] > ticket[mid]) { right+=1; } //code line 18 { upperleft+=1; } else if(b>mid and ticket[b] < ticket[mid]) { upperright+=1; }}Result+= left * right;//code line 28}return Result;}What will be the code in place of lines 18 and 28?Options:else if(b>mid and ticket[b]> ticket[mid]) //line 18Result+= upperleft+ upperleft* upperright; //line 28else if(b<ticket[mid] and ticket[b]< ticket[mid]) //line 18Result+= upperleft + upperright * upperleft; //line 28else if(b<mid and ticket[b]< ticket[mid]) //line 18Result+= upperleft + upperright; //line 28else if(b<mid and ticket[b]> ticket[mid]) //line 18Result+= upperleft * upperright; //line 28

Problem StatementIn a gaming tournament, players are ranked in ascending order based on their scores. Your task is to design a program using binary search to determine the score of the player positioned at the kth place, enabling the organizers to swiftly identify individual performance levels. The program takes the total number of players, their sorted scores, and the rank (k) as input, and outputs the score of the player ranked at the kth position(position value starts from 1).Input format :The first line of input consists of an integer N, representing the total number of players in the tournament.The second line consists of N distinct space-separated integers, representing the sorted list of players' scores.The third line consists of an integer k, representing the rank of the player whose score needs to be determined.Output format :The output prints a single integer, representing the score of the player ranked at position k in the tournament.Code constraints :1 ≤ N ≤ 101 ≤ score ≤ 1001 ≤ k ≤ NSample test cases :Input 1 :712 15 34 47 49 57 583Output 1 :34Input 2 :624 25 37 48 98 995Output 2 :98

This task concerns the following tables:PersonsidnameaddressageeyeColorgenderSportTogetheridsportpersonA_id → PersonspersonB_id → PersonsThe semantics of the Sport table is that personA does sport with personB.CautionNote that the table does not contain redundancies. The table may contain a row (id, sport, personA, personB) without containing the symmetric row (id, sport, personB, personA). Nethertheless, the relation is to be understood as symmetric: if personA does sport with personB, then of course personB also does sport with personA! You need to take this into account in your query!Write a query that returns a table with columns: name and rugby. The table should contain the names of all people and the columns rugby there should contain "Yes" or "No" depending on whether this person plays rugby or not.

create a structure name teams in the attribute team names and n scores. sort the scores in ascending order