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#include
int find(int a,int s,int n,int j)int i ;
for(i=s;iif(a[i]==j)
return (i+1);
return 0;
int main()
int a[10],n=5,j,s,i;
printf("Please enter a[10]:");
for(i=0;i<10;i++)
scanf("%d",&a[i]);
printf("Please enter the number you want to find");
scanf("%d",&j);
s=find(a,0,n,j);
if(s)else
printf("There is no such number in the array");
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#include
void main(),i,bflage=0,find;
printf("Please enter the number you are looking for:");
scanf("%d",&find);
for(i=0;iif(find==num[i]){
bflage=1;
printf("The subscript of the array corresponding to %d is: %d!",find,i);
if(bflage==0){
printf("Sorry, no corresponding element found! ");
printf("");
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Summary. Hello dear! Glad to answer for you, C++ enters a two-dimensional array and finds all array elements less than 0 and the row and column subscripts they are in.
Here you need to use a pointer, you can use the address method (a[i]+j like this) or pointer (ptr + + like this) to input and output the elements of the two-dimensional array, and then sum the minimum value Assuming that the two-dimensional array is subscripted with 0 element is the smallest and points to the element with a pointer, the subsequent elements are compared with it, if there is a smaller one, then replace Then output its value and the corresponding pointer The address pointed by the pointer is the address of its subscript, I hope to help you!
C++ enters a two-dimensional array and finds all array elements less than 0 and the row and column subscripts in which they are located.
Hello dear! Glad to answer for you, C++ input a two-dimensional array, find out all the array elements less than 0 and the row and column subscripts where they are needed here need to use a pointer, you can use the address mountain modulo method (a[i]+j like this) or pointer (ptr++ like this) to input and output the elements of the two-dimensional array, and then sum the minimum value Assuming that the element with the subscript 0 of the two-dimensional array is the smallest and points to the element with a pointer, the subsequent elements are compared with it, and if there is a smaller teasing, it is replaced Then output its value and the corresponding pointer The address of the pointer is the address of its subscript, and Youpei hopes to help you!
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The method for dynamically defining a 2-dimensional array in C++ is: >>>More
1 Maximum number of subscript elements - 1
2 Precautions for use: >>>More
In fact, if you have read "C Expert Programming", it is very simple, and this problem has been carefully described above. It's stored in memory as shown in the figure. n[0][5] is actually *(*n+0)+5), which is the sixth cell. >>>More
According to the time condition, the first 10 and the last 10 are selected. >>>More