List all possible addressing modes for the following instructions: LD, AND
1. LD instruction Addressing modes:
The addressing modes for add instruction is
2. AND instruction Addressing modes:
these are the possible addressing modes for instructions LD and AND
List all possible addressing modes for the following instructions: LD, AND
Problem 1.7: Find the addressing modes of the below instructions Memory addressing mode Instruction MOV A, RO; MOV A, @RO; MOV A, #30H; MOV A, 30H; MOVA, @A+DPTR MOV C, A.O; MOV C, 31H; AJMP 3001H; MOV A, 70H;
UESTION 10 Which is a feature of RISC not CISC? Many addressing modes Multiple cycle instructions Highly pipelined Variable length instructions
What addressing modes are available in DLX
A. For each operand and result within each of the following
assembly language instructions categorize each addressing mode
using the 5-types framework of Figure 7.6. Each instruction
will have three answers to be listed.
LOAD R4,
12+R9 ; list modes here in order,
separated by commas (3 answers)
ADD R6, R5,
R4 ; list modes for ADD here (3
answers)
B. What addressing occurs, if any, in the instructions in part
(a) that was not captured in your...
Question 5 What are the addressing modes of the following assembly instructions? 1) (1 point) LDR R1, R2] A. Immediate mode B. Register mode C. Relative mode D. Indirect mode 2) (1 point) SUB RO, R1, R4 A. Immediate mode B. Index mode C. Register mode D. Indirect mode 3) (1 point) BMI target A. Immediate mode B. Register mode C. Relative mode D. Indirect mode Question 6 Which of the following utility software tools can translate high level language...
as detailed as possible with drawings please. thank
you!
Essay 2: List the different modes of dichloro methane. Which modes are IR active and which are Raman active? (20 points)
For each of these addressing modes Indexed register For each Provide a motivated context in C well suited to its use. (hint: think about variable lifetime) Indicate whether the encoding of this addressing mode requires an extension word, and why.
4. Addressing modes (10 pts) There are many ways to get the address for the operands in an instruction. Explain the difference between these pairs of instructions by showing the contents of R5 after the commands: (assume: R4-0x2400, R6-23FE, R7-2) mov.w R4,R5 value 23FC 23FE Label Memory mov.w GR4,R5 address 0x23FC 0x23FD 0x23FE 0x23FF 0x2400 0x2401 0x2402 0x2403 0x2404 0x2405 data Start 4 A mov.w X, R5 7 D A 6 mov.w 2 (R6),R5 mov.w Start (R7),R!5
ASSEMBLY: Identify which of the following addressing modes are illegal, explain why it is illegal. A) mov bl, [rbx][rbx] B) mov ebx, [cs] C) mov ah, [rbp][rbx] D) mov ax, [rbp*10] E) mov bx, [rax*8][rbp][-7] F) mov dx, [rbp*1][rax*8] G) mov r15, [VTable+rax][rcx] H) mov rbp, [rsp+rax] I) mov cl, [rdx][rax*8] J) mov ax, [ah][al]
a) What are the 5 addressing modes for MIPS? Provide an example of each type. b) Explain how the memory address is computed from immediate value of a jump () instruction c) Explain mult instruction with an example. Where the results will be stored, and how this results can be copied to Values registers?