[20 pts] Complete the memory layout table below to show the state of memory after the following C code fragment has been executed. Use little-endian byte order (i.e., for mult byte values, the least significant byte goes in the lower address). Write "NA" if a value is unknown. Write variable values as hexadecimal numbers; you don't need to include "Ox" Show all values, and cross out values that have changed (e.g. FF). 3. typedef struct bulb Address Variable Name Value (Ox) 0xFFFF FFFF 0xFFFF FFFE OxFFFF FFFD 0xFFFF FFFC 0xFFFF FFFB 0xFFFF FFFA 0xFFFF FFF9 OxFFFF FFF8 OxFFFF FFF7 0xFFFF FFF6 0xFFFF FFF5 short watts; short lumens; bulb t sh _ptr shortk sh_ptr; short my_num40: bulb_t *bulb_ptr; bulbt mybulb; char num_array[4] -(0x5, 0x10,0x15,0x20 my_num - - bulb _ptr bulb-ptr- &my-bulb ; L1 | 0xFFFF FFF4 my_bulb.lumens mybulb-lumens 0x12C; my-bulb . watts *sh-ptr; bulb ptr++i my-num-my-n um + num array[3] 0xFFFF FFF3 0xFFFF FFF2 OxFFFF FFF1 num_array[3] OxFFFF FFFO num array 2]0 my bulb.watts 0f numarray [0] = Y,; sh-ptr = num-array; shptr++; -FFFF FFEF | numarray 11 I ox - 0xFFFF FFEE num array[0] 0 - shptr = 0x34