Consider the following assembly program: AREA More_data_definitions, CODE, READONLY ENTRY loop B loop L1 SPACE 3 L2 SPACE 3 ALIGN L3 SPACE 3 L4 DCD Ox12345678 L5 DCD +2 1111000011110000 -2_1111000011110000 L6 DCD L7 DCW 255 L8 DCW -255 L9 DCB &OA ALIGN LA DCD 1,2,3,4 LB DCB 5 LC DCD 6 END The above program consists of one instruction (the machine code of this branch instruction is "OxEAFFFFFE") and a bunch of data definition directives. Manually calculate the address of each label in the program in hexadecimal without any leading zeros. The address of L4 in hexadecimal without any leading zeros is 0x Mark for Review What's This? The address of loop in hexadecimal without any leading zeros is 0x Consider the following assembly program: AREA More_data_definitions, CODE, READONLY ENTRY loop B loop L1 SPACE 3 L2 SPACE 3 ALIGN L3 SPACE 3 L4 DCD Ox12345678 L5 DCD +2 1111000011110000 -2_1111000011110000 L6 DCD L7 DCW 255 L8 DCW -255 L9 DCB &OA ALIGN LA DCD 1,2,3,4 LB DCB 5 LC DCD 6 END The above program consists of one instruction (the machine code of this branch instruction is "OxEAFFFFFE") and a bunch of data definition directives. Manually calculate the address of each label in the program in hexadecimal without any leading zeros. The address of L4 in hexadecimal without any leading zeros is 0x Mark for Review What's This? The address of loop in hexadecimal without any leading zeros is 0x