What is the relationship between the maximum subscript of a one dimensional array and the number of

1 Maximum number of subscript elements - 1

2 Precautions for use:

Be careful that the array is out of bounds (usually out of bounds, i.e. you have an int a[5), but you operate a[5], a[6], etc.), this is the vast majority of crashes and wrong behaviors of the program**; This is also the introduction of std::vector by stl, and the introduction of std::array by c++0x (tentatively called tr1::

array).

3 Upstairs Statement Question:

About the upper limit: in VS2008, there is no upper limit of the so-called 65536, you new int[100000000]; 100 million INTs are fine.

Some upper limits are that the space occupied by this array cannot exceed the maximum value of int 0x7fffffff as specified in msdn c2148

Don't understand what is the direct connection between arrays and stacks.

It seems that the subscript value cannot exceed 65536

It has nothing to do with the number of elements.

If the subscript value exceeds 65536, the compiler will prompt an error.

The more elements, the more.

The slower the calculation.

They adopt stacks.

First in, last out.

The number of arrays is too large, resulting in a large memory occupation.

No matter what you want, there will be a degree.

Thank you Number of subscripts = number of elements.

Maximum subscript for Number of Elements = Number of Elements - 1

The initial value of the subscript starts at 0.

That is to say: a[5];

Subscript value = 5 number of elements = 5;

Subscript values are arranged:

a[0],a[1],a[2],a[3],a[4];

That's right.

I'll give you a ** to verify:

#include

#include

int main(void){

char a[65535];

int i=500;

while(i<10000){

sound(i+=500);

delay(500);

printf("C language Maximum number of subscripts: 65535 When the array exceeds 65535, the c compiler will not compile");

system("pause");

return 0;

I'll take a look tomorrow.

The subscript 1 * subscript 2 of the 2-dimensional array < = 65535 is placed in VS2008

Its compiler has changed.

There is no limit to the size of the subscript, as long as you have a large memory.

a.That's right. b.Mistakenly misinformed.

Correct answer to the rest of the case: type cover roll a

Summary. If the elements in the array are also arrays, the array is a multidimensional array (or nested array). If the elements in the array are also arrays, then multidimensional arrays (also called nested arrays) can be formed.

For example: let arr = 1, 2, 3], 4, 5, [6, 7]],8, [9, 10, [11, 12]]]arr is a three-dimensional array consisting of several two-dimensional arrays and one-dimensional arrays, where the second element [4, 5, [6, 7]] is a one-dimensional array of three elements and a two-dimensional array of two elements.

24. +If the elements in the array are all one-dimensional arrays, then the array is +.

Hello Answer: 24, + If the elements in the array are one-dimensional arrays, then the array is +. The array is a two-dimensional array.

If each element in the array is a one-dimensional array, then the entire array can be regarded as a large array containing multiple one-dimensional arrays, so it can be called a two-dimensional array.

If the blind segment element in the array is also an array, the array is a multidimensional array (or nested array). If the elements in the array are also arrays, then multidimensional digital fiber groups (also called nested arrays) can be formed. For example:

let arr = 1, 2, 3], 4, 5, [6, 7]],8, [9, 10, [11, 12]]]arr is a three-dimensional array consisting of several two-dimensional arrays and one-dimensional arrays, where the second element [4, 5, [6, 7]] is a one-dimensional array of three elements and a two-dimensional array of two elements.

When referencing an array, the subscript of the array starts at 0, and the maximum subscript value of the array is the length of the array minus 1.

When the array size is n, the array subscript range is:

0~n-1

1. When defining a one-dimensional array, you can omit the length of the array (wrong).

2. The subscript of the array starts from 0. (Right).