Suppose I have the following MIPS code: .data MY_ARRAY_LEN: .word 4 MY_ARRAY: .word 1 .word 2 .word 3 .word 4 I now want to load the third element of this array into a register. I will do this using two instructions. Select from the following options: The first thing I need to do is: e array. The offset I need is: . I am going to load the elemen load the length of the array using lw load the address of the array using la This is because: load the address of the array using lw load the length of the array using la and: Suppose I have the following MIPS code: . data MY_ARRAY_LEN: .word 4 MY_ARRAY: .word 1 .word 2 .word 3 .word 4 I now want to load the third element of this array into a register. I will do this using two instructions. Select from the following options: The first thing I need to do is: I am going to load the element using an offset from the first element of the array. The offset I need is: This is because: N 00 and: 12 Suppose I have the following MIPS code: .data MY_ARRAY_LEN: .word 4 MY_ARRAY: .word 1 .word 2 .word 3 .word 4 I now want to load the third element of this array into a register. I will do this using two instructions. Select from the following options: The first thing I need to do is: I am going to load the element using an offset from the first element of the array. The offset I need is: This is because: and: the first element of the array has offset 0 I want the array element with index 3 MY_ARRAY_LEN: .word 4 MY_ARRAY: .word 1 .word 2 .word 3 .word 4 I now want to load the third element of this array into a register. I will do this using two instructions. Select from the following options: The first thing I need to do is: I am going to load the element using an offset from the first element of the array. The offset I need is: This is because: and: the offset corresponds to the number of words MIPS uses byte addressing