Using the Hop Limit Value to Calculate the Distance Traveled by an IPv6 Packet You're interested in measuring the distance travelled by IPv6 packets before reaching your company's Internet gateway. Which field should you examine to establish the source's distance? Based on this field, can you make a conclusive assertion regarding the distance travelled?

Using the photo provided, what are the following answers MAC Destination Address:MAC Source Address:MAC Type (Length):IP Version #:IP Header Length:IP Type of Service:IP Total Length:IP Identification:IP Fragment Flag|Offset:IP Time-to-live:IP Next Protocol:IP Header Checksum:IP Source address:IP Destination address:TCP source port:TCP destination port:TCP Sequence number:TCP Acknowledgement number:TCP Window size:TCP Checksum:

IP Header has a field TTL ( Time To Live). Which among the following statement best explain the use of TTL(a) It can be used to prioritize the packets(b) It can be used to reduce the delay.(c) It can be used to optimize the throughput.(d) It can be used to prevent packet looping.

Can you tell me how many IPv4 addresses there are in total? The lifespan of IPv4 addresses has been extended because to Network Address Translation (NAT) (NAT). Should IPv6 be used universally? Is the use of IPv6 essential to the creation of some cutting-edge technology?