MTH302 Short Notes for Final Term and Mid Term

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MTH302 Short Notes for Final Term and Mid Term
MTH302 Short Notes for Final Term and Mid Term

MTH302 Short Notes for Final Term and Mid Term

  • These are the two primary stack methods. Using the push() method, we can keep
  • about inserting elements and using pop() methods. Elements can be from
  • stack until time, it will be empty. As mentioned earlier, is Empty() is a stack
  • characteristic, but is Full() was implemented to limit the size of the array.
    We no longer use arrays to implement the stack. Rather, we used a linked list

MTH302 Short Notes for Final Term and Mid Term

  • here for stack implementation. Therefore, the is Full() function may not be required here. An
  • an interesting question arises here. We can now add infinite elements to the stack. We
  • you should remember that this stack program will run on a computer that definitely has a
  • limited memory. The memory or address space of a computer is a space (physical
  • memory and disk space) that a limited computer can handle
  • including limited physical memory. Disk space is used as virtual memory (my
    I will not discuss virtual memory in detail here). A computer with 32-bit addressing can
  • address up to 232-1 memory locations and similarly a computer with 64-bit addressing
    can address up to 264-1 addresses. If this address space becomes full, the stack becomes full
  • sure to be full. However, the stack implementation is not responsible for this completeness
  • address space and is a limitation of the computer’s address space. That’s why not
    is Full() must be called before inserting the element. Rather, is Empty() is called earlier.
  • pulling an element from the stack.

MTH302 Short Notes for Final Term and Mid Term

MTH302 Short Notes Mid Term Lec 1 to 22 PDF – DOWNLOAD

 

MTH302 Short Notes Final Term Lec 23 to 45 PDF – DOWNLOAD