Consider an ARM Cortex-A system (not necessarily a DE1-SoC or DE10-Standard). Select registers and memory cells are initialized with the following values.

The following code is executed:

After the code has executed, what are the contents of the registers and memory cells? Please provide your answers as hexadecimal numbers (you may omit leading zeros if you wish).

A particular value is loaded into register r0. You are interested in the value of bit 5. Write the snippet of Assembly code that checks this bit and branches to label option_a: if that bit is set, and otherwise continues.

Write the Assembly code to store all multiples of 7 from 35 to 161, inclusive, to memory in ascending order starting from address 0x1700 as words. After this code completes, the address of the first value written should be contained in r0. This code does not need to be written as a subroutine. [

Register ro r1 r2 r3 r4 Value Ox0000003B Ox00000055 Ox000000C6 OxAA00004E Ox000000B4 OxFFFFFF8C Memory Address Value OxAA000051 Ox58 OxAA000050 Ox82 OxAA00004F OxA7 OxAA00004E Ox58 OxAA00004D OxDC OxAA00004C Ox9D sp 1 push {ri, r2} 2 strb r4, [r3, #-1] 3 ldrbro, [r3, #2] ! 4 strb ri, [r3], #1 5 cmn r4, r2 6 addls r4, r1 7 add ri, r2, lsl #6 8 pop {r2} Register_Value Memory Address Value ro OxAA 000051 r1 OxAA000050 r2 OxAA00004F r3 OxAA00004E r4 OxAA00004D sp OxAA000040 Register ro r1 r2 r3 r4 Value Ox0000003B Ox00000055 Ox000000C6 OxAA00004E Ox000000B4 OxFFFFFF8C Memory Address Value OxAA000051 Ox58 OxAA000050 Ox82 OxAA00004F OxA7 OxAA00004E Ox58 OxAA00004D OxDC OxAA00004C Ox9D sp 1 push {ri, r2} 2 strb r4, [r3, #-1] 3 ldrbro, [r3, #2] ! 4 strb ri, [r3], #1 5 cmn r4, r2 6 addls r4, r1 7 add ri, r2, lsl #6 8 pop {r2} Register_Value Memory Address Value ro OxAA 000051 r1 OxAA000050 r2 OxAA00004F r3 OxAA00004E r4 OxAA00004D sp OxAA000040