The STACK is a dynamic data structure. The 80x86 computer controls its stack via stack pointer ESP. Whenever you POP data out of the stack segment memory using POP BX, the 80x86 will transfer data by: Increasing the stack pointer ESP by 4. a. b. Decreasing the stack pointer ESP by 4. Decreasing the stack pointer ESP by 2. C. d. Increasing the stack pointer ESP by 2.

In a stack data structure, the order is FIFO

The class I'm taking is assembly programming. I am completely stuck. I have attached the problem. Please view attachment before answering. Thank you so much for your help! Any help is greatly appreciated.

java program : Consider the following postfix expression. Use stack to evaluate it. 6 3 2 4 + – * The value of the above postfix expression after evaluation will be: 1 40 -18 74

How does the stack perform when left alone?

.ORIG x3000 ; Set up the user stack: LD R6, STKBASE ; Sets up the stack by loading the base address into R6 ; Prompt for the first string: LEA R0, PRMPT1 ; Loads the address of PRMPT1 into R0 PUTS ; Call GETS to get first string: LEA R0, STRNG1 ; Loads the address of STRNG1 ADD R6, R6, #-1 ; Push the address to store the string at STR R0, R6, #0 JSR GETSP ; Call GETSP ADD R6, R6, #2 ; Clean up (pop parameter & return value) ; Prompt for second string: LEA R0, PRMPT2 ; Loads the address of PRMPT2 PUTS ; Call GETS to get second string: LEA R0, STRNG2 ; Loads the address of STRNG2 ADD R6, R6, #-1 ; Push the second address to store the string at STR R0, R6, #0 JSR GETSP ; Call GETSP ADD R6, R6, #2 ; Clean up (pop parameter & return value) ; Output both strings: LEA R0, OUT1 ; First string... PUTS LEA R0, STRNG1 PUTSP LD R0, LF ; Print a linefeed OUT ; Write character to console (TRAP x21) LEA R0, OUT2 ;...

The STACK is a dynamic data structure. The 80x86 computer controls its stack via stack pointer ESP. Whenever you POP data out of the stack segment memory using POP BX, the 80x86 will transfer data by: Oa. a. Increasing the stack pointer ESP by 4. Ob. Decreasing the stack pointer ESP by 2. Oc. c. Decreasing the stack pointer ESP by 4. Od. Increasing the stack pointer ESP by 2.

Can you finish the code pleaseaccording to the instruction For the stack, perform the following operations in order - Push seven (7) objects starting from the array index 13 onwards to the stack. Peek the top of the stack - print the result. Perform three (3) pops in succession. Print the contents of the stack. Push five (5) more objects from the start of the objects array to the stack. Pop twice in succession. Print the contents of the stack. For the queue, perform the following operations in order - Enqueue the seven (7) objects at odd indexes starting from index 5 in the array. Peek the front and end of the queue - print the results. Perform two (2) dequeues in succession. Print the contents of the queue. Enqueue five (5) more objects from the index 10 in the array. Dequeue three times in succession. Print the contents of the queue. End the program with a leaving message of your choice. Remember to clean up before the program ends. Restrict all your input / output...

Assembly programming

Look at this stack frame: Fill in the data types for the following procedure: SomeSub PROC, LOCAL val1: , LOCAL val2: , LOCAL val3: , LOCAL val4:

The following is a sequence of stack operationsS1.push (12);S1.push (-5);Int t1 = S1.pop();S1.push (-8);S1.push (20);Int t2 = S1.topValue();S1.pop ();S1.push (4);I. Assuming all instructions execute in the given sequence, draw four diagrams, showing the contents of the stack, after executing the second, fourth, sixth, and eighth instructions. In each diagram, include the values of all elements in the stack, and a pointer denoting the current "top" of the stack.II. What are the values of t1 and t2 after the code executes?

What are the operations that can be performed on a stack?

What are the operations that can be performed on a stack?