Which mode we can't skip when we come back from interface mode?



Which mode we can't skip when we come back from interface mode?..

Answer / Karmendra Prakash

When coming back from interface configuration mode, you cannot skip the global configuration mode (config) before entering another mode such as enable or line mode.

Is This Answer Correct ?    0 Yes 0 No

Post New Answer

More CCNA Interview Questions

You have a Frame Relay link on serial 1. Which command displays the Local Management Interface (LMI) data link connection identifier (DLCI) and bandwidth for that link? A. show interface serial1 B. show frame-felay serial1 C. show protocol frame-relay serial1 D. show serial1 encapsulation frame-relay

1 Answers  


Regarding frame relay, which of the following statements are true? A.) You must use ANSI encapsulation if connecting to non-Cisco equipment B.) You must use IETF encapsulation if connecting to non-Cisco equipment C.) You must use Q.933a encapsulation if connecting to non-Cisco equipment D.) You must use Cisco encapsulation if connecting to non-Cisco equipment

2 Answers  


What is the frame relay?

1 Answers  


Identify the command that will display the RIP routes entering and leaving the router? A.) Router(config)# debug ip rip B.) Route# debug ip rip C.) Router>debug ip rip D.) Router# debug rip routes

1 Answers  


What is the utility of ping?

1 Answers  


What is the extended IPX access list range? A.) 901-1000 B.) 100-199 C.) 900-999 D.) 1000-1000

2 Answers  


what is difference between subnet-mask and wildcard mask?

6 Answers   IBM,


Explain the difference between tftp and ftp application layer protocols?

1 Answers  


WHAT IS RIP PROTOCAL ?

3 Answers   NIC,


Which layer is responsible for identifying and establishing the availability of the intended communication partner? A.) Application B.) Presentation C.) Transport D.) Session E.) Network

1 Answers  


Identify the 3 Internet layer IP protocols? A.) NetBios B.) IPX C.) ARP D.) IP E.) RARP

1 Answers  


A server is running HTTP, SMTP and DHCP. Which of the following best explains how the server is able to handle all three services over the same connection? The server has separate buffer areas for each application and forwards all data to each service. If the data does not apply to that application, it is discarded. The server processes each packet one at a time and forwards the data to the application that indicates that it is waiting for a transmission to arrive. The data is discarded if it does not apply to that application. The server uses the destination port number in the TCP/UDP header to identify the service. The data is forwarded to the service identified by the port number. The server uses separate three-way handshake connections to control the flow of the data and relates the service to the proper connection. This relationship allows the server to pass the data to the proper service.

1 Answers  


Categories