4) Given the complete list of bytes in a UDP datagram below (the 0x0000 is the yet unknown checksum), calculate the hexadecimal, additive inverse checksum as we did in class. For your convenience, the binary equivalent of these bytes is listed. Remember, the checksum is 16 bits, but it's based on the sum of bytes. 0xE71111 0111 0x79 -0111 1001 0x9c = 1001 1100 0x87 1000 0111 0xE3 1110 0011 0xD0 = 1101 0000 0x14 = 0001 0100 0x58 = 0101 1000 0x00 0000 0000 0x000000 0000 0x67 = 0110 0111 0x030000 0011 0x3B = 0011 1011 0x28 -0010 1000 4) Given the complete list of bytes in a UDP datagram below (the 0x0000 is the yet unknown checksum), calculate the hexadecimal, additive inverse checksum as we did in class. For your convenience, the binary equivalent of these bytes is listed. Remember, the checksum is 16 bits, but it's based on the sum of bytes. 0xE71111 0111 0x79 -0111 1001 0x9c = 1001 1100 0x87 1000 0111 0xE3 1110 0011 0xD0 = 1101 0000 0x14 = 0001 0100 0x58 = 0101 1000 0x00 0000 0000 0x000000 0000 0x67 = 0110 0111 0x030000 0011 0x3B = 0011 1011 0x28 -0010 1000