$11\mathrm{.}8$ LAB: Volume of a rectangular box $-$ LDUR$/$STUR the result is stored at memory address $4400$ :

Note: Use the $\text{'}+\text{'}$ button under the Registers and Memory display to initialize X$19,$ X$20,$ and the three dimensions in the memory.

$593924\mathrm{.}3663848.q3zqy7$

LAB

ACTIVITY

$11\mathrm{.}8\mathrm{.}1$: LAB: Volume of a rectangular box $-$ LDUR$/$STUR

$\frac{0}{10}$

Load default template...

Assembly

Line $\frac{1}{\frac{?}{?}}$ Type your code here.

Line $2//$ Do not initialize any register and

Line $\frac{3}{\frac{?}{?}}$ memory values here! This zyLab platform supports the following LEGv$8$ instructions:

Arithmetic: ADD, ADDS, ADDI, ADDIS, MUL, SDIV, SUB, SUBS, SUBI, SUBIS

Data transfer: LDURB, LDUR, LDURH, LDURSW, MOVK, MOVZ, STURB, STUR, STURH, STURW

Logical: AND, ANDI, EOR, EORI, ORR, ORRI, LSL$,$ LSR

Conditional branch: B$.$HS$,$ B$.$LO$,$ B$.$EQ$,$

B$.$GT$,$

B$.$GE$,$ B$.$HI$,$

B$.$LT$,$ B$.$LE$,$

B$.$LS$,$ B$.$MI$,$

B$.$NE$,$

B$.$VC$,$B$.$VS$,$

B$.$PL$,$ CBZ$,$ CBNZ

Unconditional jump: B$,$ BL$,$ BR

Given the dimensions of a rectangular box, write a program to calculate the volume of the box and store the result at memory address

Assume register X$19$ stores the memory address $4000,$ and register X$20$ stores the memory address $4400.$

Assume also the dimensions are stored in the following memory locations:

Ex: If the dimensions are initialized in the simulator as:

the result is stored at memory address $4400$ :

WARNING: Only use the commands provided in the final image. So$,$ do not use commands such as MOV or CMP$!$