$($in assembly language$)59\mathrm{.}4$ LAB: Array of squares $-$ Iw$/$sw

Given an array of four integers, write a program that populates a new array with the square of the elements in the given array. Assume $t$0$

stores the memory location of the first element of the given array, and $t$1$ stores the memory location of the first element of the new array.

Hint: Each memory address is incremented by $4$ due to the size of an integer stored in the memory.

Ex: If $t$0$ and $t$1$ are initialized in the simulator as $4000$ and $5000,$ and the content of the given array is:

then the content of the new array is:

Note: Use the $\text{'}+\text{'}$ button under the Registers and Memory display to initialize $$t0,$ $$t1,$ and the four memory locations of the given array.

$524238\mathrm{.}3403506.$qx$3$zqy$759\mathrm{.}4$ LAB: Array of squares $-$ lw$/$sw

Given an array of four integers, write a program that populates a new array with the square of the elements in the given array. Assume $t$0$ stores the memory location of the first element of the given array, and $t$1$ stores the memory location of the first element of the new array.

Hint: Each memory address is incremented by $4$ due to the size of an integer stored in the memory.

Ex: If $t$0$ and $t$1$ are initialized in the simulator as $4000$ and $5000,$ and the content of the given array is:

Addresses Data

$40001$

$40042$

$40083$

$40124$

then the content of the new array is:

Addresses Data

$50001$

$50044$

$50089$

$501216$

Note: Use the $\text{'}+\text{'}$ button under the Registers and Memory display to initialize $t$0,$ $t$1,$ and the four memory locations of the given array.