**Question:**Which of the following are common uses of the runtime stack? (Select all that apply)- ☐ Temporarily storing the values of local variables inside subroutines- ☐ Saving the return address when a CALL instruction executes- ☐ Passing arguments to subroutines- ☐ Saving the values of registers that are being used for multiple purposes ### Code Snippet Exercise**Consider the following code snippet:**```assemblymov EAX, 177mov EBX, 20push EAXpush 00000037h ; this is 55 in hexadecimalpop EAXpop EBX```**Task:**Select the correct decimal values below for the `eax` and `ebx` registers after execution of this code.**Registers:**- **EAX** [ Choose ]- **EBX** [ Choose ]### Explanation:1. **mov EAX, 177**: Assigns the decimal value 177 to the EAX register.2. **mov EBX, 20**: Assigns the decimal value 20 to the EBX register.3. **push EAX**: Pushes the current value of EAX (177) onto the stack.4. **push 00000037h**: Pushes the hexadecimal value 37 (which is 55 in decimal) onto the stack.5. **pop EAX**: Pops the value from the top of the stack into EAX. This will be 55 (the last value pushed).6. **pop EBX**: Pops the next value from the stack into EBX. This will be 177 (the value previously pushed).### Resulting Values:- **EAX** will be **55**.- **EBX** will be **177**.

The common uses of the runtime stack include:Temporarily storing the values of local variables…

Which of the following are common uses of the runtime stack? (Select all that apply) O Temporarily storing the values of local variables inside subroutines O Saving the return address when a CALL instruction executes

Which of the following are common uses of the runtime stack? (Select all that apply) O Temporarily storing the values of local variables inside subroutines O Saving the return address when a CALL instruction executes

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Concept explainers

Computer Fundamentals

The computer is termed computation. For calculating or computing something the device that has been used is known as the computer. Or we can say that for performing a fast arithmetic operation the device that has been used is a computer. Storing, processing, and retrieving are the main features of a computer. 

Question

### Code Snippet Exercise

**Consider the following code snippet:**

```assembly
mov EAX, 177
mov EBX, 20

push EAX
push 00000037h ; this is 55 in hexadecimal
pop EAX
pop EBX
```

**Task:**

Select the correct decimal values below for the `eax` and `ebx` registers after execution of this code.

**Registers:**

- **EAX**
[ Choose ]

- **EBX**
[ Choose ]

### Explanation:

1. **mov EAX, 177**: Assigns the decimal value 177 to the EAX register.
2. **mov EBX, 20**: Assigns the decimal value 20 to the EBX register.
3. **push EAX**: Pushes the current value of EAX (177) onto the stack.
4. **push 00000037h**: Pushes the hexadecimal value 37 (which is 55 in decimal) onto the stack.
5. **pop EAX**: Pops the value from the top of the stack into EAX. This will be 55 (the last value pushed).
6. **pop EBX**: Pops the next value from the stack into EBX. This will be 177 (the value previously pushed).

### Resulting Values:

- **EAX** will be **55**.
- **EBX** will be **177**.

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