1. Given that a frame is formatted as follows: Frame Type Frame Data Destination Hardware Address 6 Bytes Source Hardware Address 6 Bytes 2 Bytes 46 - 1500 Bytes And given that an IP datagram is formatted as follows: Byte 0 bit 0 301 31 0 Version 4 8 7 8 9 10 15 16 17 18 19 20 21 22 2728 Header Length Type Of Service Total Length Identification Flags Fragment Offset Type Header Checksum Source IP Address Destination IP Address IP Options (May Be Omitted) Padding 12 16 Optional 20 IP Payload Data And given the following frame with an encapsulated IP datagram: 88 6C B3 72 A8 6D 65 1D 5E BO 08 A0 5D DB 7A 00 CA 45 40 D7 IE 59 F7 72 A0 70 99 76 45 OF 9D 19 16 E3 43 60 89 26 8D A2 C4 74 9D 18 A9 8E AE 02 9D EF 02 EC 79 7B 8B 74 48 BO 5B 84 29 29 69 F8 CC 91 D3 24 B9 11 E2 AB 80 D1 60 B8 5B 3F 53 62 BB D8 74 CA 70 21 BO 55 5B CE B2 FE 23 47 95 | DC 8E OC 52 89 28 E1 E5 07 00 91 20 7C 9E 4E E7 45 8D A3 6C E5 DE A4 7B 92 9A 58 FC 92 E5 85 9A 1. Find the source hardware address. 2. Find the destination hardware address. 3. What type of frame is this? 4. What is the Identification? 5. What is the Total Length? 6. What is the Type of Service? 7. What are the fragmentation flags? 8. What is the fragment offset? 9. What is the TTL count? 10. What is the Header Checksum? 11. If the header includes no options or padding, what are the first five bytes of the datagram data? 12. Find the destination IP address. 13. What class is the destination IP address? 14. What is the network ID in the destination address? 15. What is the host ID in the destination address? 16 Write the destination IP address in dotted decimal notation The answers to these questions must be entered in Homework 3 (Numerical Questions)