2. What are the contents of $s0 after running this instruction?
addi $s0,$zero,0xF00D
0xFFFFF00D
0x1111F00D
0x0000F00D
0xF00D0000
None of the above
A. Sign extension!

3. how can we load the lower 16 bits? addi $s0,$s0,0xBEEF
Suppose we want to load 0xDEADBEEF into $s0. After we load the upper 16 bits with
lui $s0,0xDEAD
how can we load the lower 16 bits?
addi $s0,$s0,0xBEEF
andi $s0,$s0,0xBEEF
ori $s0,$s0,0xBEEF
Any of the above
None of the above
Sign extension for addition: Consider whether lower 16 bits lead with a 1 or a 0
[Slide: Janet Davis]

4. Addresses between 0 and 64K-1 Addresses between 0 and 256K-1
I-type Instruction Format:
What is the range of addresses for conditional branches in MIPS? (K = 210 = 1024)
Addresses between 0 and 64K-1
Addresses between 0 and 256K-1
Addresses up to about 32K before the branch to about 32K after
Addresses up to about 128K before the branch to about 128K after
None of the above
Question: [PH 2.10 Self-Check 1, p. 136] Figure: [PH p. 97]

5. [PH Fig. 2.18, p. 133]

6. Addresses between 0 and 256M-1
J-type Instruction Format: op
address
What is the range of addresses for j and jal in MIPS? (M = 220 = 1024K)
Anywhere within a block of 64M addresses where the PC supplies the upper 6 bits.
Anywhere within a block of 256M addresses where the PC supplies the upper 4 bits.
Addresses between 0 and 256M-1
Addresses up to about 128M before the jump to about 128M after
None of the above
Question: [PH 2.10 Self-Check 2, p. 136] Figure: [PH p. 97]

7. [PH Fig. 2.18, p. 133]

8. Exercises
2.25.2(a,b)
2.25.3(a,b)
2.26.1(a,b)
2.26.2(a,b)