TRUE OR FALSE

T F $1.$ Flow control allows routers and receiving stations to limit the rate

at which they receive data.

T F $2.$ Data are transmitted over an internet in packets from a source

system to a destination across a path involving a single network

and routers.

T F $3.$ Priority could be assigned on a message basis or on a connection

basis.

T F $4.$ A protocol is concerned with exchanging data between two entities.

T F $5.$ In $1994$ the Internet Architecture Board issued a report titled

"Security in the Internet Architecture" that stated that the general

consensus was that the Internet was secure and there were no

areas of security concern.

T F $6.$ The format of the Destination Options Header is the same as that of

the Hop$-$by$-$Hop Options Header.

T F $7.$ The counterpart of fragmentation is reassembly.

T F $8.$ A connectionless internet service is not good for connectionless

transport protocols because it imposes unnecessary overhead.

T F $9.$ IP does not guarantee that all data will be delivered or that the data

that are delivered will arrive in the proper order.

T F $10.$ A static table is more flexible than a dynamic table in responding

to both error and congestion conditions.

T F $11.$ If dynamic or alternate routing is used the potential exists for a

datagram to loop indefinitely through the internet.

T F $12.$ Time to Live is similar to a hop count.

T F $13.$ A Class C network is defined as few networks, each with many

hosts.

T F $14.$ In IPv$6$ fragmentation may only be performed by routers along a

packet's delivery path.

T F $15.$ The driving motivation for the adoption of a new version of IP

was the limitation imposed by the $32-$bit address field in IPv$4.$