Answered: Write the instruction STR R2, [R3] in… | bartleby

Related questions

Question

100%

Bus d'adresse
Ox0
<>
A7
0 A6
0 AS
Oxo
0 A4
0 A3
0 A2
0 A1
Lecture
Bus de contrôle
Écriture
AO
Bus de données
Mémoire
d'Instructions
Adr
Adr
Ctr
Ctr
Ctr
Ox
Mémoire
de données
Clavier
Écran
CD
0
EN
Data
Data
EN
Data
EN
Data
EN
Write the instruction STR R2, [R3] in hexadecimal (using 2 bytes).
АО A1
DO
D1
D
d
u
r
D3 D2
09

Expert Solution

Step 1: Introduction

Thе imagе shows a block diagram of a computеr systеm, with the following componеnts:

Addrеss bus
Control bus
Data bus
instruction mеmory
Data mеmory
Controllеr
Display
Kеyboard

Step by step

Solved in 3 steps

SEE SOLUTION Check out a sample Q&A here

Blurred answer

Similar questions

3. Write an instruction to swap the high order and low order 4 bits of AL.
There are three single precision floating point numbers, numA, numB and numC. Write a piece of code in MIPS assembly language that compares two numbers numA and numb, if numB is greater than numA, add them and save the result in numC. Otherwise save 0 in numC.
A c++ program that implements full adder for n bits.(Eg if n=4,the program should add two 4 bit numbers and show the output as sum as well as carry)
[4.1] Consider the number -1.36875 x 10¹ as the dividend and 5.625 x 10¹ as the divisor. a. Find their binary representation. b. Normalize the results that you got it in (A) and put them in the 8-bit quarter- precision format (1 for sign bit, 2 for exponent, and 5 for fraction). c. Implement the division and show all the steps of the division to results that you got it in (B). Show if there is an overflow or underflow by assuming that there is a guard bit, a round bit, and a sticky bit.
AVR assembly coding
Translate the following C code into MIPS Assembly code, assuming h is in Ss0 and base of Array A is in $s4 A[0] = h * (A[4] – 1) ;
VI. Floating point representation Consider a 12-bit variant of the IEEE floating point format as follows: • Sign bit 5-bit exponent with a bias of 15. • 6-bit significand All of the rules for IEEE 754 Standard apply. Fill in the numeric value represented by the following bit patterns. You must write your number in decimal form (e.g. 0.0146485375, -0.0146485375). Bit Pattern 010011101110 111011101011 100101001111 001010111010 Numerical Value
5. Let the content of register $t1 represent a 2's complement number N. Write a MIPS code fragment such that the register $t2 stores the absolute value of N. In other words, register $t2 has a copy of register $t1 if N is positive, and $t2 should hold the negative of N, if N is negative.
Explain what the following MIPS code does: (do not explain each line but explain what these two lines of codes do together) li $v0, 5syscall