The following stack stores a stack of integers. You must draw the stacks for full credit and then determine the output of the following program. import java.util.*; public class TestStack1 { public static void main(String ... args) Stack s = new Stack<>); s.push(-63); s.push(35); s.push(29); System.out.println(s.pop()); Integer v = s.pop()- s.pop() % 3; s.push(v); s.push(48); int w = s.pop( ); int x = s.pop(); s.push(x % w + v); System.out.println(s.pop()); Integer a=-5, b=17, c=13, d=21; s.push(a); s.push(b); s.push(c); s.push(d); s.push(s.pop( ) + s.pop( )); s.push(s.pop( ) / s.pop( )); while(!s.empty( )) {System.out.println(s.pop( ));} } } Output:

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Its a java data structures stacks quiz
The following stack stores a stack of integers. You must draw the stacks for full credit and then determine the output of the following program.

```java
import java.util.*;
public class TestStack1
{
    public static void main(String ... args)
    {
        Stack<Integer> s = new Stack<>();
        s.push(-63);
        s.push(35);
        s.push(29);
        System.out.println(s.pop());
        
        Integer v = s.pop() - s.pop() % 3;
        s.push(v);
        s.push(48);
        
        int w = s.pop();
        int x = s.pop();
        s.push(x % w + v);
        System.out.println(s.pop());
        
        Integer a=-5, b=17, c=13, d=21;
        s.push(a);
        s.push(b);
        s.push(c);
        s.push(d);
        
        s.push(s.pop() + s.pop());
        s.push(s.pop() / s.pop());
        
        while(!s.empty())
        {
            System.out.println(s.pop());
        }
    }
}
```

### Explanation of Code Execution

1. **Initial Stack Operations:**
   - `s.push(-63)` pushes -63 onto the stack.
   - `s.push(35)` pushes 35 onto the stack.
   - `s.push(29)` pushes 29 onto the stack.

2. **Output:**
   - `System.out.println(s.pop())` removes and prints the top element (29).

3. **Variable `v`:**
   - `v = s.pop() - s.pop() % 3` evaluates as follows:
     - `s.pop()` removes 35.
     - `s.pop()` removes -63, resulting in `35 - (-63 % 3)` which is `35 - 0 = 35`.

4. **Modified Stack Operations:**
   - `s.push(v)` pushes 35.
   - `s.push(48)` pushes 48.

5. **Intermediate Calculations:**
   - `int w = s.pop()` removes and sets `w = 48`.
   - `int x = s.pop()` removes and sets `x = 35`.
   - `s.push(x % w + v)` calculates `(35 % 48 + 35)` and pushes 70.

6. **Output:**
   - `System.out.println(s.pop())` removes and
Transcribed Image Text:The following stack stores a stack of integers. You must draw the stacks for full credit and then determine the output of the following program. ```java import java.util.*; public class TestStack1 { public static void main(String ... args) { Stack<Integer> s = new Stack<>(); s.push(-63); s.push(35); s.push(29); System.out.println(s.pop()); Integer v = s.pop() - s.pop() % 3; s.push(v); s.push(48); int w = s.pop(); int x = s.pop(); s.push(x % w + v); System.out.println(s.pop()); Integer a=-5, b=17, c=13, d=21; s.push(a); s.push(b); s.push(c); s.push(d); s.push(s.pop() + s.pop()); s.push(s.pop() / s.pop()); while(!s.empty()) { System.out.println(s.pop()); } } } ``` ### Explanation of Code Execution 1. **Initial Stack Operations:** - `s.push(-63)` pushes -63 onto the stack. - `s.push(35)` pushes 35 onto the stack. - `s.push(29)` pushes 29 onto the stack. 2. **Output:** - `System.out.println(s.pop())` removes and prints the top element (29). 3. **Variable `v`:** - `v = s.pop() - s.pop() % 3` evaluates as follows: - `s.pop()` removes 35. - `s.pop()` removes -63, resulting in `35 - (-63 % 3)` which is `35 - 0 = 35`. 4. **Modified Stack Operations:** - `s.push(v)` pushes 35. - `s.push(48)` pushes 48. 5. **Intermediate Calculations:** - `int w = s.pop()` removes and sets `w = 48`. - `int x = s.pop()` removes and sets `x = 35`. - `s.push(x % w + v)` calculates `(35 % 48 + 35)` and pushes 70. 6. **Output:** - `System.out.println(s.pop())` removes and
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