Is it possible for both sides of a TCP connection to be in the FIN-WAIT-1 state at the same time?Group of answer choicesYes, it is possible.No, it is not possible. One side must be the active side and the other must be the passive side.

Describe the situation that causes TCP to move from the state FIN-WAIT-1 to CLOSINGGroup of answer choicesThe actively closing side has sent an acknowledgment to the other side's FIN.The side of the connection that is actively closing the connection has completed the handshake and is waiting to be certain no packets remain in the network.The passively closing side has sent an acknowledgment to the other side's FIN.The side of the connection that is actively closing the connection recieves a FIN from the other side before receiving the ACK of it's own FIN.The side of the connection that is actively closing the connection has sent a FIN.

If a TCP socket is ready and listening for incoming connections, it's in the state. LISTEN O CLOSE_WAIT O ESTABLISHED O SYN SENT

The figure below shows the timing diagram for a TCP connection between Hosts A and B from the beginning to the end. First, we see the 3-way handshake. The client (Host A) combines 50 bytes of data with the last ACK of the 3-way handshake. The server (Host B) combines 100 bytes of data with the ACK packet sent back to the client. The client (Host A) closes the connection at this point which results in a FIN segment being sent to the server (Host B), which is combined with the ACK for the 100-byte data. After a little while, the server (Host B) closes the connection as well.Enter the numeric values for a, b, c, d, e and f in the spaces provided below. No explanation is necessary. 0.5 mark for each.

a TCP socket is ready and listening for incoming connections, it's in the state. LISTEN O CLOSE_WAIT O ESTABLISHED O SYN SENT

The circular wait condition can be prevented by ____________ (Gate)Options: Pick one correct answer from belowdefining a linear ordering of resource typesusing threadusing pipesall of the mentioned