Web Science/Part1: Foundations of the web/Internet Protocol/IP header/quiz

{You are using ethernet II with etherType 0x0800 with a maximum data payload to store a standard IPv4 package with IHL=5. How much data can you put inside one ethernet frame - As much as I want - 65536 Bytes - 1518 Bytes - 1500 Bytes + 1480 Bytes
 * type="[]"}
 * Yes the Ethernet frame can have a data payload of 1500 Bytes minus 20 Bytes of IP header.

{An IP package has Bit number 49 set to 1 and has a data payload of 2000 Bytes. It now arrives at an Ethernet Network. What will happen?} - The package is fragmented into two packages which both fit into the Ethernet frames of the network + An error message will be send to the sender (specifying the maximum allowed data size) - This will never happen since Bit 49 was set to 1.

{An IP package has Bit number 49 set to 0 and has a data payload of 2000 Bytes. It now arrives at an Ethernet Network. What will happen?} + The package is fragmented into two packages which both fit into the Ethernet frames of the network - An error message will be send to the sender (specifying the maximum allowed data size) - This will never happen since Bit 49 was set to 0.

{What is DSCP used for?} - increase the service of internet service provider + prioritize traffic + increase the profit of internet service provider

{Which of the following becomes possible due to the use of TTL} - reliability + discarding falsely routed packages - high transfer speed - finding the shortest routes

{Which of the IP header files will change while routing?} - source IP address - destination IP address + TTL + Total length
 * This number is decreased on every network hp
 * If fragmentation does occur, the total length field will change to reflect the total length of each datagram. According to: