(a)Give the hexadecimal representation of “beq x10,x0,L1”. (bAssume the program executes to “jal x1,4”. What is the next instruction to execute?  (c)Use lui or auipc to write a sequence of instructions to jump from the memory  location 0x0000000020000000 to execute “beq x10,x0,L1” in the figure. Show the memory  locations of your instructions and explain your code. You cannot use more than 3 instructions and  can only use RV64I instructions.

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
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Answer the following questions based on the figure below.
(a)Give the hexadecimal representation of “beq x10,x0,L1”.
(bAssume the program executes to “jal x1,4”. What is the next instruction to execute? 
(c)Use lui or auipc to write a sequence of instructions to jump from the memory 
location 0x0000000020000000 to execute “beq x10,x0,L1” in the figure. Show the memory 
locations of your instructions and explain your code. You cannot use more than 3 instructions and 
can only use RV64I instructions.

(a)
Answer the following questions based on the figure below.
Give the hexadecimal representation of "beq x10, x0, L1".
Assume the program executes to "jal x1, 4". What is the next instruction to execute?
Use lui or auipc to write a sequence of instructions to jump from the memory
location 0x0000000020000000 to execute "beq x10, x0, L1" in the figure. Show the memory
locations of your instructions and explain your code. You cannot use more than 3 instructions and
can only use RV641 instructions.
address
0x0000000080000000
0x0000000080000004
L1:
00000000000100010011000000100011
00000000101000010011010000100011
11111111111101010000010100010011
jal
00000000100000010011001010000011
00000000101000011011110000100011
11111111111000101000010100010011
00000000000000000000000011101111
x5, 8(x2)
00000000000101010001010100010011
00000000010101010000010100110011
00000000000000010011000010000011
00000001000000010000000100010011
00000000000000001000000001100111
x10, x0, L1
00000000000100000000001010010011
00000000010101010000000001100011
11111111000000010000000100010011
Id
x1,4
beq
Transcribed Image Text:(a) Answer the following questions based on the figure below. Give the hexadecimal representation of "beq x10, x0, L1". Assume the program executes to "jal x1, 4". What is the next instruction to execute? Use lui or auipc to write a sequence of instructions to jump from the memory location 0x0000000020000000 to execute "beq x10, x0, L1" in the figure. Show the memory locations of your instructions and explain your code. You cannot use more than 3 instructions and can only use RV641 instructions. address 0x0000000080000000 0x0000000080000004 L1: 00000000000100010011000000100011 00000000101000010011010000100011 11111111111101010000010100010011 jal 00000000100000010011001010000011 00000000101000011011110000100011 11111111111000101000010100010011 00000000000000000000000011101111 x5, 8(x2) 00000000000101010001010100010011 00000000010101010000010100110011 00000000000000010011000010000011 00000001000000010000000100010011 00000000000000001000000001100111 x10, x0, L1 00000000000100000000001010010011 00000000010101010000000001100011 11111111000000010000000100010011 Id x1,4 beq
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