f) Star and Point to Point g) Ring and Half duplex h) Full duplex and Point to Point 3. In a high performance network, transit time is more and response time is more. Reason out if True or False? co1 (2 Marks) 4. In the receiving device. (N-1) layer provides service to N layer. Justify your answer if true or false? c01 (2 Marks) 5. RISPs are connected through NAP. Justify your answer if true or false? CO1 (2 Marks) 6. For the network shown below, if node F is the source and node G is the destination and the route taken to transmit the data from the source to the destination is F-A-C-D-E-G, find the number of times the data has to visit the data link layer, transport layer and network layer during its travel. coi (3 Marks) E 7. If a network is highly secured, do you think presentation layer is still required? Explain with reasons. COI (3 Marks) 8. In the transport layer of TCP/IP network model, based on the application, either transmission control or user defined protocol can be selected. For one to many communication which protocol can be selected? Give reasons. Co1 (3 Marks) 9. If a desktop computer interconnected in LAN B is shifted to another LAN A, does the IP addresses of the desktop computer changes? Yes/No, reason out? C01 (3 Marks) 10. With an example, briefly explain the type of addressing provided by the application layer. co1 (3 Marks) 11. Name and explain the functionality of the OSI layer which CO1 (4 Marks) a) Decides either to use multipoint or point to point connection b) Divides and add header 12. Draw a hybrid topology to connect ring backbone with 2 star network, 1 bus network and 2 ring network. Each star, bus and ring network has 3 devices in it. CO1 (3 Marks) f) Star and Point to Point g) Ring and Half duplex h) Full duplex and Point to Point 3. In a high performance network, transit time is more and response time is more. Reason out if True or False? co1 (2 Marks) 4. In the receiving device. (N-1) layer provides service to N layer. Justify your answer if true or false? c01 (2 Marks) 5. RISPs are connected through NAP. Justify your answer if true or false? CO1 (2 Marks) 6. For the network shown below, if node F is the source and node G is the destination and the route taken to transmit the data from the source to the destination is F-A-C-D-E-G, find the number of times the data has to visit the data link layer, transport layer and network layer during its travel. coi (3 Marks) E 7. If a network is highly secured, do you think presentation layer is still required? Explain with reasons. COI (3 Marks) 8. In the transport layer of TCP/IP network model, based on the application, either transmission control or user defined protocol can be selected. For one to many communication which protocol can be selected? Give reasons. Co1 (3 Marks) 9. If a desktop computer interconnected in LAN B is shifted to another LAN A, does the IP addresses of the desktop computer changes? Yes/No, reason out? C01 (3 Marks) 10. With an example, briefly explain the type of addressing provided by the application layer. co1 (3 Marks) 11. Name and explain the functionality of the OSI layer which CO1 (4 Marks) a) Decides either to use multipoint or point to point connection b) Divides and add header 12. Draw a hybrid topology to connect ring backbone with 2 star network, 1 bus network and 2 ring network. Each star, bus and ring network has 3 devices in it. CO1