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AREA Lab 06_YourFirstName_YourLastName, coDE, READONLY EXPORTmain main MOV RO, SP: Replace with base register. MOV R1, #1 ; RI will be used to increment the loop. MOV R2, #20; R2 will represent the number of iterations. MOV R3, #0 ; R3 will be used to hold the sum of the array. storeValuesLoop STR RI, [RO], #4:Store the value of R1 to address of R0, then auto increment the address by 4. Hint use STR instruction. ADD R1, #1; Increment the Loop by adding 1 to R1 CMP R1, R2; Compare R1 & R2 to determine if we need to exit the loop or not BLE storeValuesLoop: Stay in the loop if R1 is less than or equal to R2 Reset R1 to start from the beginning again for the 2nd loop. MOV R1, #1 ; MOV RO, SP readValuesLoop LDR R4, [R0], #4:Read the value of current iteration to R4. Hint use LDR instruction. ADD R3, R4; Add the value your read [R4] to the sum [R3] ADD R1, #1; Increment the Loop by adding 1 to R1 CMP R1, R2; Compare R1 & R2 to determine if we need to exit the loop or not BLE readValuesLoop; Stay in the loop if R1 is less than or equal to R2 stop B stop END AREA Lab 06_YourFirstName_YourLastName, coDE, READONLY EXPORTmain main MOV RO, SP: Replace with base register. MOV R1, #1 ; RI will be used to increment the loop. MOV R2, #20; R2 will represent the number of iterations. MOV R3, #0 ; R3 will be used to hold the sum of the array. storeValuesLoop STR RI, [RO], #4:Store the value of R1 to address of R0, then auto increment the address by 4. Hint use STR instruction. ADD R1, #1; Increment the Loop by adding 1 to R1 CMP R1, R2; Compare R1 & R2 to determine if we need to exit the loop or not BLE storeValuesLoop: Stay in the loop if R1 is less than or equal to R2 Reset R1 to start from the beginning again for the 2nd loop. MOV R1, #1 ; MOV RO, SP readValuesLoop LDR R4, [R0], #4:Read the value of current iteration to R4. Hint use LDR instruction. ADD R3, R4; Add the value your read [R4] to the sum [R3] ADD R1, #1; Increment the Loop by adding 1 to R1 CMP R1, R2; Compare R1 & R2 to determine if we need to exit the loop or not BLE readValuesLoop; Stay in the loop if R1 is less than or equal to R2 stop B stop END