To make it simpler, just do the part for i) and I can figure the rest out.

4. This exercise will help you explore the range of branch and jump instruction in MIPS. Consider the hex values below for the questions in parts a through d i) 0x0002 0000 ii) 0xFFFF FF00 a) Let the PC has the address 0x00000000, and imagine jumping to each address above using only branch instructions in sequence (one after another). Determine how many branch instructions back to back need to be executed to perform the jump. Show your work. b) Let the PC has the address 0x00000000, and imagine jumping to each address above using only jump instructions (no jump register or branch instructions) in sequence (one after another) Determine how many jump instructions back to back need to be executed to perform the jump Show your work. c) MIPS designers have decided to reduce the number of bits allocated to immediate field in I type instruction to 8. If the PC has the address 0x00000000, how many back to back branch instructions are needed to jump to each of the two addresses for the above values? Show your computations d) Let the PC has the address 0x00000000, and imagine jumping to each address above using only jump register instruction (no jump or branch instructions) in sequence (one after another) Determine how many jump register instructions back to back need to be executed to perform the jump. Show your work