### A good answer might be:

Yes.

The details are slightly complicated. But rest assured that there are international standards for this.

# MIPS Addresses

The MIPS instruction that loads a word into a register is the `lw` instruction. The store word instruction is `sw`. Each must specify a register and a memory address. A MIPS instruction is 32 bits (always). A MIPS memory address is 32 bits (always). How can a load or store instruction specify an address that is the same size as itself?

An instruction that refers to memory uses a base register and an offset. The base register is a general purpose register that contains a 32-bit address. The offset is a 16-bit signed integer contained in the instruction. The sum of the address in the base register with the (sign-extended) offset forms the memory address.

Here is the load word instruction in assembly language:

>     lw   t,off(b)       # $t <-- Word from memory address b+off
>                         # b is a register. off is 16-bit two's complement.

At execution time two things happen: (1) an address is calculated using the base register `b` and the offset `off`, and (2) data is fetched from memory at that address.

### QUESTION 6:

Write the instruction that loads the word at address 0x00400060 into register $8. Assume that register $10 contains 0x00400000.

>     lw $8, _____(   )