You pop elements off of one stack and push them onto the other. This reverses the order of the elements.
while ((element = pop(stack1)) != NULL) push(stack2, element);
Elements of the array.
congugative memory allocation ,is use to array
Simple non-array variables are usually passed to methods by value.
You cannot delete from an array.
Object array is called universal array because it can store multiple variables of the same type
Unlike ordinary variables, the variables within an array do not have any names; they are anonymous. To access them you need to use memory offsets from the start of the array. Since the elements of an array are all the same type they are also the same length, thus the offsets are equal to the length of the array type. However, there is no need to calculate the offsets because each element's offset has a zero-based index. Thus the second element can be found at offset index 1.
Elements of the array.
congugative memory allocation ,is use to array
Arrays are important because we often need to work with a collection of variables of the same type and, particularly with large collections, it would be impractical to declare and name each one individually. With an array we don't have to name them because the variables are allocated in contiguous memory addresses and every element is the same length. Knowing only the start address of the array and the zero-based index of an element we gain constant-time random access to any element in the array. An array is really just an extension of a type. When we declare a variable of a given type we allocate sufficient memory to hold just one object of that type. With an array, we can allocate as many objects as we require.
Simple non-array variables are usually passed to methods by value.
You cannot delete from an array.
Object array is called universal array because it can store multiple variables of the same type
Array elements are all members of the same variable, indexed in a logical manner. variables are distinct objects which must be referred to distinctly. The main functional difference is that a program can iterate over an array without the programmer knowing the original size of the array or explicitly which member to access.
by using index position we can find the particular element in array.
which element of the array does this expression reference num[5]
(array.length - 1) will find the index of the last element in an array (or -1 if the array is empty).
The root of the tree is stored in array element [0]; for any node of the tree that is stored in array element [i], its left child is stored in array element [2*i], its right child at [2*i+2]