Which of the following are true about a LAN-connected TCP/IP host and its IP routing (forwarding) choices? (Choose two)Question 9Select one or more:The host sends packets to its default gateway if the destination IP address is in a different class of IP Network than the host.The host sends packets to its default gateway if the destination IP address is in a different subnet than the host.The host sends packets to its default gateway if the destination IP address is in the same subnet than the host.The host always sends packets to its default gateway.None of the above.

A host sends a message destined outside the local network. Which of the following statement is TRUE?Group of answer choicesHost forwards the packet to its default gateway.Host forwards packet to its neighbor host.Host forwards packet to the nearest IP address.

A computer has to send a packet to a destination host in the same LAN. How will the packet be sent?The packet will first be sent to the default gateway, and then from the default gateway it will be sent directly to the destination host.The packet will be sent to the default gateway first, and then, depending on the response from the gateway, it may be sent to the destination host.The packet will be sent only to the default gateway.The packet will be sent directly to the destination host.

5.1-1. Routing versus forwarding. Which of the following statements correctly identify the differences between routing and forwarding. Select one or more statements.Group of answer choicesForwarding refers to moving packets from a router’s input to appropriate router output, and is implemented in the control plane.  Routing refers to moving packets from a router’s input to appropriate router output, and is implemented in the data plane.  Forwarding refers to moving packets from a router’s input to appropriate router output, and is implemented in the data plane.    Forwarding refers to determining the route taken by packets from source to destination, and is implemented in the data plane.  Routing refers to determining the route taken by packets from source to destination, and is implemented in the data plane.  Routing refers to determining the route taken by packets from source to destination, and is implemented in the control plane.  Routing refers to moving packets from a router’s input to appropriate router output, and is implemented in the control plane.  Forwarding refers to determining the route taken by packets from source to destination, and is implemented in the control plane.

Which of the following does a router normally use when making a decision about routing TCP/IP packets?Question 8Select one:Source MAC addressDestination MAC and IP addressDestination IP addressSource IP addressDestination MAC address

Routing performed by a host (like a PC) is characterised by:Question 5Select one:It performs routing in exactly the same way as a network-based router doesIt has to make routing decisions only about datagrams that come from its own subnetIt has no routing decisions to make.It has to make routing decisions only about datagrams that are generated by that same host