Questions
1) Stack VS Heap? What is the difference
2) What is the initial size stack and heap which is created? And who decides the size?
3) Is it possible to overwrite heap AMD stack limit?
Questions 1) Stack VS Heap? What is the difference 2) What is the initial size stack...
1. What is an array? Is there a difference between a variable vs array? What is an off by one error? 2. Look at the following pseudocode: constant integer SIZE = 3 Declare integer numbers[SIZE] = 1, 2, 3 a. What value is stored in numbers[2]? b. What value is stored in numbers[0]?
Please finish all the questions,Thanks Following is Appendix assume the definition of Java class Heap given in the Appendix For this question, a. (2 marks Consider the following heap 30 12 20 19 6 10 18 Given the array representation of a heap discussed in class, what is the array that corre sponds to this heap? b. (5 marks) Successively insert into the heap of part (a.) 22, 35 and 11, in that order. Use the standard heap insertion algorithm....
What is the principle difference in behavior between a stack and a queue? a stack preserves the order in which items are added whereas a queue reverses order there is no difference a stack reverses the order in which items are added whereas a queue preserves order xa stack does nothing whereas a queue can preserve and reverse the order that items are added to it Fill in the blank in the following sentence with one of the answers listed....
Stack heap questions 5. (16 points) (either 2 or 4 points each, look below for individual section points) Answer some questions about the following Java program; use the line numbers to identify particular state ments or variables. Assume that Widget is a valid class defined in some other file. 1 public class Midi ( 2 public int p, q: // instance variables 3 4 public void funci(int x, int y) ( 5 int p,q 6 7 String S; p=3*25 +...
1. Which of the following is a problem with dynamic scoping? Readability Access to nonlocal variables takes longer Static type checking may not be possible 2.Languages with dynamic type binding are usually implemented using: Compilers Interpreters Hybrid implementations JIT 3.Which variables are created using operator new? Static Stack-dynamic Explicit heap-dynamic Implicit heap-dynamic 4.Which variables are bound to memory cells before program execution and remain bound to the same memory cell during program execution? Static Stack-dynamic Explicit heap-dynamic Implicit heap-dynamic
Call stack question! Long one... The call stack is part of main memory that is reserved for function calling. Like all r memory it is finite, so can be exhausted resulting in a stack overflow. Recursive functions allocate space on the stack for each recursive call: if there are many such recursive calls a stack overflow can result. The questions that follow ask you to investigate recursive functions and stack overflows. Note that when running programs in the Linux terminal...
Assume that we start with a random array of size n= 2k-1 and form a heap. a) What is the probability that the third largest element will be a child of the root? Justify b) Before you form a heap, you notice that none of the three smallest elements are near the top of the array, or more formally none of them are in any of the first (n-3)/4 locations of the array. What is the probability that the third...
C++ Carefully review Program 19-2 in your textbook, MathStack. This is a static stack, meaning that the size of the stack is set at the beginning of the program (see line 11): MathStack stack(5). I would like you to modify this program as follows: 1. Implement it as a dynamic stack (do not use a static stack as it is designed in the book). Use a linked list to implement this. There's code in the book. 2. Add functionality for...
2. The Derivative. No surprise here. Be able to discuss tangent and secant lines, the difference quotient, instantaneous vs. average rates of change, local linearity and zooming, and how they are all related (including the limiting process). Below are a few possible essay questions for the final exam. I can guarantee at least one and possibly up to three questions related to the concepts below will be on the final exam. I suggest that you try writing out essays to...
please answer all 5 questions, thanks. 1. What are the two memory pools for programs running a modern operating system? 2. Given the following program: #includec iostream» using namespace std; void func1(int); int main( int a 5, b 10; func1(a): return e; void func1 (int a) int z[2]; int y a. What is on the stack before the first function call (assume a memory starting address of 0x1018)? b. What is on the stack after the function call is executed...