True and false in the same time, because even so you can declare array size using notation for variables you have use constwhich makes your variable basically a constant:
const int arraySize = 10;
In Java, you can use any expression to define the array size, when you create the array. Once you create an Array object, however, you can't redimension it - but you can create a new Array object and destroy the old one.
Arrays whose size can be altered are known as dynamic arrays.
int comp(const int a1[], const int a2[], const int size) { int i; for(i = 0; i < size; ++i) { if(a1[i] != a2[i]) { return 0; } } return 1; }
Variable stored in the memory block inside the RAM. whenever we declare a variable it would take space in main memory and consume it's size from RAM.
no
The size of a function can be determined from the size of the array. Arrays and functions are both used in computer programming.
No. An array is a collection of objects of any type, such as doubles, not just characters. You can even have arrays of arrays, or arrays of structs. In C, the size of an array is fixed, but it is possible to write code that will allow you to manually make it variable in size.
leakage in arrays occur when you declare an array with big size and using only very few bytes.
Arrays whose size can be altered are known as dynamic arrays.
int comp(const int a1[], const int a2[], const int size) { int i; for(i = 0; i < size; ++i) { if(a1[i] != a2[i]) { return 0; } } return 1; }
By using the library function #define A[] we can define the size of arrays
no
Variable stored in the memory block inside the RAM. whenever we declare a variable it would take space in main memory and consume it's size from RAM.
The size of a function can be determined from the size of the array. Arrays and functions are both used in computer programming.
A single memory position variable can store only one value of its type. An array can store n number of values, where n is the size of the array.
The required syntax for creating C arrays include the brackets, array size, variety length arrays, codes like std:vector, classPTR, and many more to create C arrays.
A variable that is not affected by the size of the subject (or experimental unit).
Dependion on the variable there are several methods to do it, this can only be applied to primitive types and arrays, for an array its the "name_of_array.length", for the arraylist this change just a little, it would be like "name_of_array_list.size()", for an int, double, float, long, byte, it would be like "name_of_variable.LENGTH" this is a public variable so you dont need a get, an finally for the String there is a method "name_of_string.length()" this would return the size of this String