1. The diagram below depicts a portion of program memory in a running atmega328P Please decode each of the instructions that appear in memory and place the assembly language mnemonic for each instruction on the line appearing to its right. The first instruction has already been decoded for you. Program Memor x00FF 1 1100001001 01 00 0 x0100 1 11001110001100 0 x0101 1 00100110011000 0 x0102 000000000101110 1 x0103 000011100000001 ldi r18,0x1 2. The following is a snippet of an assembly language program that will be hosted on the atmega328P. Please encode each of the instructions that appear in this snippet into its machine code equivalent on the line appearing to its right. The first instruction has already been encoded for you Program Memory "1001 0011 0010 1111 push r18 or r19, r18 com r19 eor r18, r18 eor r18, r19 pop r18 1. The diagram below depicts a portion of program memory in a running atmega328P Please decode each of the instructions that appear in memory and place the assembly language mnemonic for each instruction on the line appearing to its right. The first instruction has already been decoded for you. Program Memor x00FF 1 1100001001 01 00 0 x0100 1 11001110001100 0 x0101 1 00100110011000 0 x0102 000000000101110 1 x0103 000011100000001 ldi r18,0x1 2. The following is a snippet of an assembly language program that will be hosted on the atmega328P. Please encode each of the instructions that appear in this snippet into its machine code equivalent on the line appearing to its right. The first instruction has already been encoded for you Program Memory "1001 0011 0010 1111 push r18 or r19, r18 com r19 eor r18, r18 eor r18, r19 pop r18