2. Football Scores The number of goals achieved by two football teams in matches in a league is given in the form of two lists. For each match of team B, compute the total number of matches of team A where team A has scored less than or equal to the number of goals scored by team B in that match. Example teamA = [1, 2, 3] teamB = [2, 4] Team A has played three matches and has scored teamA = [1, 2, 3] goals in each match respectively. Team B has played two matches and has scored teamB = [2, 4] goals in each match respectively. For 2 goals scored by team B in its first match, team A has 2 matches with scores 1 and 2. For 4 goals scored by team B in its second match, team A has 3 matches with scores 1, 2 and 3. Hence, the answer is. [2,3]. Function Description Complete the function counts in the editor below. counts has the following parameter(s): int teamA[n]: first array of positive integers int teamB[m]: second array of positive integers eamB = [2, 4] eam A has played three matches and has scored teamA = [1, 2, 3] goals in each match respectively. Team B has played two matches and has scored teamB = [2, 4] goals in each match respectively. For 2 goals scored by team B in its first match, eam A has 2 matches with scores 1 and 2. For 4 goals scored by team B in its second match, team A has 3 matches with scores 1, 2 and 3. Hence, the answer is [2,3]. Function Description Complete the function counts in the editor below. counts has the following parameter(s): int teamA[n]: first array of positive integers int teamB[m]: second array of positive integers Return int[m]: an array of m positive integers, one for each teamB[i] representing the total number of elements from teamA[j] satisfying teamA[j] ≤ teamB[i] where Osj< n and 0≤i import java.io.*; ... 14 15 16 17 18 19 20 21 21 22 23 24 25 26 23 24 27 28 29 30 31 32 26 ✪ Info class Result { INTEGER ARRAY. } } /* 27 28 29 30 31 32 public class Solution {... Test Results Java 15 Autocomplete Ready 1>import java.io.*;... public static List counts (List teamA, List teamB) { /* *Complete the 'counts' function below. 14 15 class Result { 16 17 18 19 20 * The function is expected to return an } } * The function accepts following parameters: 1. INTEGER_ARRAY teamA * 2. INTEGER_ARRAY teamB */ at Resul 3 Custom Input *Complete the 'counts' function below. *The function is expected to return an INTEGER ARRAY. Line: 14 Col: public static List counts (List teamA, List teamB) { public class Solution {... 13:11 * The function accepts following parameters: 1. INTEGER ARRAY teamA * 2. INTEGER ARRAY teamB Line: 14 Col: 1 ⠀
2. Football Scores The number of goals achieved by two football teams in matches in a league is given in the form of two lists. For each match of team B, compute the total number of matches of team A where team A has scored less than or equal to the number of goals scored by team B in that match. Example teamA = [1, 2, 3] teamB = [2, 4] Team A has played three matches and has scored teamA = [1, 2, 3] goals in each match respectively. Team B has played two matches and has scored teamB = [2, 4] goals in each match respectively. For 2 goals scored by team B in its first match, team A has 2 matches with scores 1 and 2. For 4 goals scored by team B in its second match, team A has 3 matches with scores 1, 2 and 3. Hence, the answer is. [2,3]. Function Description Complete the function counts in the editor below. counts has the following parameter(s): int teamA[n]: first array of positive integers int teamB[m]: second array of positive integers eamB = [2, 4] eam A has played three matches and has scored teamA = [1, 2, 3] goals in each match respectively. Team B has played two matches and has scored teamB = [2, 4] goals in each match respectively. For 2 goals scored by team B in its first match, eam A has 2 matches with scores 1 and 2. For 4 goals scored by team B in its second match, team A has 3 matches with scores 1, 2 and 3. Hence, the answer is [2,3]. Function Description Complete the function counts in the editor below. counts has the following parameter(s): int teamA[n]: first array of positive integers int teamB[m]: second array of positive integers Return int[m]: an array of m positive integers, one for each teamB[i] representing the total number of elements from teamA[j] satisfying teamA[j] ≤ teamB[i] where Osj< n and 0≤i import java.io.*; ... 14 15 16 17 18 19 20 21 21 22 23 24 25 26 23 24 27 28 29 30 31 32 26 ✪ Info class Result { INTEGER ARRAY. } } /* 27 28 29 30 31 32 public class Solution {... Test Results Java 15 Autocomplete Ready 1>import java.io.*;... public static List counts (List teamA, List teamB) { /* *Complete the 'counts' function below. 14 15 class Result { 16 17 18 19 20 * The function is expected to return an } } * The function accepts following parameters: 1. INTEGER_ARRAY teamA * 2. INTEGER_ARRAY teamB */ at Resul 3 Custom Input *Complete the 'counts' function below. *The function is expected to return an INTEGER ARRAY. Line: 14 Col: public static List counts (List teamA, List teamB) { public class Solution {... 13:11 * The function accepts following parameters: 1. INTEGER ARRAY teamA * 2. INTEGER ARRAY teamB Line: 14 Col: 1 ⠀
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...
Related questions
Question
using java to solve this
![2. Football Scores
The number of goals achieved by two football teams in matches in a league is given
in the form of two lists. For each match of team B, compute the total number of
matches of team A where team A has scored less than or equal to the number of
goals scored by team B in that match.
Example
teamA = [1, 2, 3]
teamB = [2, 4]
Team A has played three matches and has scored teamA = [1, 2, 3] goals in each
match respectively. Team B has played two matches and has scored teamB = [2,
4] goals in each match respectively. For 2 goals scored by team B in its first match,
team A has 2 matches with scores 1 and 2. For 4 goals scored by team B in its
second match, team A has 3 matches with scores 1, 2 and 3. Hence, the answer is.
[2,3].
Function Description
Complete the function counts in the editor below.
counts has the following parameter(s):
int teamA[n]: first array of positive integers
int teamB[m]: second array of positive integers
eamB = [2, 4]
eam A has played three matches and has scored teamA = [1, 2, 3] goals in each
match respectively. Team B has played two matches and has scored teamB = [2,
4] goals in each match respectively. For 2 goals scored by team B in its first match,
eam A has 2 matches with scores 1 and 2. For 4 goals scored by team B in its
second match, team A has 3 matches with scores 1, 2 and 3. Hence, the answer is
[2,3].
Function Description
Complete the function counts in the editor below.
counts has the following parameter(s):
int teamA[n]: first array of positive integers
int teamB[m]: second array of positive integers
Return
int[m]: an array of m positive integers, one for each teamB[i] representing the
total number of elements from teamA[j] satisfying teamA[j] ≤ teamB[i] where Osj<
n and 0≤i<m, in the given order.
Constraints
• 2 ≤n, m≤ 105
• 1 ≤ teamA[j] ≤ 10%, where 0≤j<n.
• 1 steamB[i] ≤ 10%, where 0 si<m.
::::::::
✪ Info Java 15
Autocomplete Ready Ⓒ
1 > import java.io.*; ...
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✪ Info
class Result {
INTEGER ARRAY.
}
}
/*
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Test Results
Java 15
Autocomplete Ready
1>import java.io.*;...
public static List<Integer> counts
(List<Integer> teamA, List<Integer> teamB) {
/*
*Complete the 'counts' function below.
14
15 class Result {
16
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20
* The function is expected to return an
}
}
* The function accepts following parameters:
1. INTEGER_ARRAY teamA
* 2. INTEGER_ARRAY teamB
*/
at Resul
3
Custom Input
*Complete the 'counts' function below.
*The function is expected to return an
INTEGER ARRAY.
Line: 14 Col:
public static List<Integer> counts
(List<Integer> teamA, List<Integer> teamB) {
public class Solution {...
13:11
* The function accepts following parameters:
1. INTEGER ARRAY teamA
* 2. INTEGER ARRAY teamB
Line: 14 Col: 1
⠀](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6faa1513-1379-4588-b942-2bda461c0471%2Ff23b8bfd-37f2-4e88-9e58-b4ea743d9627%2Fb2wdkq_processed.png&w=3840&q=75)
Transcribed Image Text:2. Football Scores
The number of goals achieved by two football teams in matches in a league is given
in the form of two lists. For each match of team B, compute the total number of
matches of team A where team A has scored less than or equal to the number of
goals scored by team B in that match.
Example
teamA = [1, 2, 3]
teamB = [2, 4]
Team A has played three matches and has scored teamA = [1, 2, 3] goals in each
match respectively. Team B has played two matches and has scored teamB = [2,
4] goals in each match respectively. For 2 goals scored by team B in its first match,
team A has 2 matches with scores 1 and 2. For 4 goals scored by team B in its
second match, team A has 3 matches with scores 1, 2 and 3. Hence, the answer is.
[2,3].
Function Description
Complete the function counts in the editor below.
counts has the following parameter(s):
int teamA[n]: first array of positive integers
int teamB[m]: second array of positive integers
eamB = [2, 4]
eam A has played three matches and has scored teamA = [1, 2, 3] goals in each
match respectively. Team B has played two matches and has scored teamB = [2,
4] goals in each match respectively. For 2 goals scored by team B in its first match,
eam A has 2 matches with scores 1 and 2. For 4 goals scored by team B in its
second match, team A has 3 matches with scores 1, 2 and 3. Hence, the answer is
[2,3].
Function Description
Complete the function counts in the editor below.
counts has the following parameter(s):
int teamA[n]: first array of positive integers
int teamB[m]: second array of positive integers
Return
int[m]: an array of m positive integers, one for each teamB[i] representing the
total number of elements from teamA[j] satisfying teamA[j] ≤ teamB[i] where Osj<
n and 0≤i<m, in the given order.
Constraints
• 2 ≤n, m≤ 105
• 1 ≤ teamA[j] ≤ 10%, where 0≤j<n.
• 1 steamB[i] ≤ 10%, where 0 si<m.
::::::::
✪ Info Java 15
Autocomplete Ready Ⓒ
1 > import java.io.*; ...
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✪ Info
class Result {
INTEGER ARRAY.
}
}
/*
27
28
29
30
31
32 public class Solution {...
Test Results
Java 15
Autocomplete Ready
1>import java.io.*;...
public static List<Integer> counts
(List<Integer> teamA, List<Integer> teamB) {
/*
*Complete the 'counts' function below.
14
15 class Result {
16
17
18
19
20
* The function is expected to return an
}
}
* The function accepts following parameters:
1. INTEGER_ARRAY teamA
* 2. INTEGER_ARRAY teamB
*/
at Resul
3
Custom Input
*Complete the 'counts' function below.
*The function is expected to return an
INTEGER ARRAY.
Line: 14 Col:
public static List<Integer> counts
(List<Integer> teamA, List<Integer> teamB) {
public class Solution {...
13:11
* The function accepts following parameters:
1. INTEGER ARRAY teamA
* 2. INTEGER ARRAY teamB
Line: 14 Col: 1
⠀
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