How to calculate 6! in assembly language x86, using a loop and stash the data in a DWORD variable called ans?

Create a code that stores values on the stack in each iteration of the factorial label. How many values are you storing on the stack in each iteration of your factorial label? By how many bytes do you expect the stack pointer to change? using coding composer studio with a MSP432 microcontroller. In assembly language not C or C++.

Answser must be in MIPSzy assembly language. Max of 3 - Branch

Your Question: Write a program in MARIE assembler to print “Hello World!”  Define the message as a “C” style NULL terminated string. The program must implement a loop,  like the pseudocode below. str =“Hello World!”   index = 0 while str[index] != 0      output str[index]       index = index + 1   ORG 100 START,  LOAD STR        STORE INDEXLOOP,   LOAD INDEX        ADD ONE        STORE INDEX        LOAD INDEX        ADD STR        STORE X        LOAD X        OUTPUT        JUMP END          JUMP LOOP END,    HALT STR,    HEX 0048        HEX 0065        HEX 006C        HEX 006C        HEX 006F        HEX 0020        HEX 0057        HEX 006F        HEX 0072        HEX 006C        HEX 0064        HEX 0021        HEX 0000 INDEX,  DEC 0ONE,    DEC 1X,      DEC 0 END  START   // it does not print anything, help pls

The class I'm taking is assembly programming. ***My compiler is visual studio. x86 on windows. must use masm.*** I am completely stuck. I have wrote the instructions for the program below.  ****i have attached my work please look it over and tell me how to fix errors. Instructions: Implement the following pseudocode in x86 assembly language. Use short-circuit evaluation and assume that num1 and RESULT are 32-bit variables. if ( num1 > ecx ) AND ( ecx > edx )  RESULT = 1 else    RESULT = 2; ***Title your branch label using the 1st letter of your first name and last name. For example, Ann Napa's conditional branch label would be AN: Step through your program with a debugger to see exactly what is going on as you test your program branching execution.

Write an assembly language program in MIPS that repeatedly asks the user for a scale F or a C (for"Fahrenheit" or "Celsius") on one line followed by an integertemperature on the next line. It then converts the given temperature tothe other scale. Use the formulas:F = (9/5)C + 32C = (5/9)(F - 32)2. Exit the loop when the user types "Q/q". Assume that all input is correct.For example:Enter Scale : FEnter Temperature: 32Celsius Temperature: 0CEnter Scale : CEnter Temperature: 100Fahrenheit Temperature: 212FEnter Scale : Qdoneprovide a picture of the output.

There are two kinds of right-shift: arithmetic and logical. Unlike Java, which has two different right-shift operators, C has just one. On the Linux machines in the lab, how does the compiler decide which right-shift instruction to use?