TRUE FALSE 1. Of any two Error Control Coding schemes, if one employs a strictly larger length of the error code, it will always be at least equally strong as the other 2. The FIB of a router contains the route 168.1.247.0/21. This is a valid route 3. Under slotted TDM, an outgoing link from a router can never remain idle while a packet that will be transmitted over that link is waiting to be transmitted at that router 4. As we consider networks at higher and higher levels of aggregation of traffic, it is likely that the carried traffic will grow in magnitude and burstiness. 5. In transferring a very large file over a packet-switched network, the size of the packet payload has no effect on the overall length of the time required for the transfer 6. Over large periods of time, statistical multiplexing is almost certain to provide a better overall throughput than slotted TDM 7. If no transmission errors occur, then the throughput obtained by GBN and SRP protocols using the same sender's window size will be the same on the same channel. 8. In layered communication protocols, a Protocol X implementing a forwarding service can only have a Protocol Y stacked above it if Protocol Y is an end-to-end transport service. In a Markov Chain representing the slotted ALOHA medium, where the state is the number of backlogged stations,a transition from a state i to i+2 is always possible (has some non-zero probability), if i and i+2 both represent valid states. 9. 10. In a truly noiseless channel, theoretically infinite bitrate can be attained, no matter what actual physical equipment is used at either end