Q$1.$ Port $1035$ belongs to $\_\_\_\_\_\_\_\_\_\_\_.$

A$.$ well$-$known ports

B$.$ dynamic ports

C$.$ registered ports

Q$2.$ What is the bandwidth$-$delay product if Bandwidth is $10$ Mbps$,$ RTT is $10$ms$,$ and packet size is $2000$ bits?

A$.5$ packets

B$.50$ packets

C$.10$ packets

D$.100$ packets

Q$3.$ Using $4-$bit sequence number, what is the maximum size of the receive window for the Selective$-$Repeat protocol?

A$.15$

B$.8$

C$.7$

D$.16$

Q$4.$ Using $4-$bit sequence number, what is the maximum size of the send window for the Go$-$Back$-$N protocol?

A$.8$

B$.7$

C$.16$

D$.15$

Q$5.$ In the Stop$-$and$-$Wait protocol, how many packets can have different sequence numbers before wraparound occurs?

A$.1$

B$.8$

C$.4$

D$.2$

Q$6.$ In the In the Go$-$Back$-$N protocol with m $=4,$ how many packets can have different sequence numbers before wraparound occurs?

A$.16$

B$.8$

C$.64$

D$.32$

Q$7.$ A sender sends a series of packets to the same destination using $5-$bit sequence numbers. If the sequence numbers start with $0,$ what is the sequence number of the $66$th packet?

A$.3$

B$.2$

C$.0$

D$.1$

Q$8.$ What is the bandwidth$-$delay product if Bandwidth is $10$ Mbps and RTT is $10$ms$?$

A$.10000$ bits

B$.100000$ bits

C$.1000000$ bits

D$.1000$ bits

Q$9.$ If the sender delivers items whenever they are produced, the delivery is referred to as $\_\_\_\_\_\_\_\_\_.$

A$.$ pulling

B$.$ pushing