NYOJ之三个数从小到大排序
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" alt="" />
-------------------------------------------
AC代码:
import java.util.Arrays;
import java.util.Scanner; public class Main { public static void main(String[] args) { Scanner sc=new Scanner(System.in); int x[]=new int[3];
for(int i=0;i<x.length;i++){
x[i]=sc.nextInt();
} Arrays.sort(x); for(int i=0;i<x.length;i++){
System.out.print(x[i]+" ");
} } }
题目来源: http://acm.nyist.net/JudgeOnline/problem.php?pid=41
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