2) The router interface that is generating the clock signal is the

Question 2 options:

	Clock Master
	DTE
	Passive Monitor
	DCE

Question 3 (3 points)

3) The router interface that is receiving the clock signal is the

Question 3 options:

	DTE
	Passive Monitor
	Clock Master
	DCE

Question 4 (2.5 points)

4) The "copy run start" command:

Question 4 options:

	Saves the startup configuration into EEPROM as the running configuration
	Saves the running configuration into NVRAM as the startup configuration
	Saves the running configuration into EEPROM as the running configuration
	Saves the startup configuration into NVRAM as the running configuration

Question 5 (2.5 points)

5) Which command will instruct the Router to generate the clock?

Question 5 options:

	No shutdown
	Start Clock
	Clock Start
	Clock rate 56000

Question 6 (2.5 points)

6) The Internet Protocol (TCP) exists at what Layer of the OSI model?

Question 6 options:

	Layer 1 Physical Layer
	Layer 2 Data Link Layer
	Layer 3 Network Layer
	Layer 4 Transport Layer

Question 7 (2.5 points)

7) The MAC Address exists at what Layer of the OSI model?

Question 7 options:

	Layer 3 Network Layer
	Layer 1 Physical Layer
	Layer 4 Transport Layer
	Layer 2 Data Link Layer

Question 8 (2.5 points)

8) How many messages (Packets) can you have at the same time on a single CSMA/CD collision domain?

Question 8 options:

	1
	16
	2
	It depends on the bandwidth speed

Question 9 (2.5 points)

9) S0 of RouterA is connected to S1 of RouterB. If the clock is generated at S1, then

Question 9 options:

	S1 is the DCE
	S1 the DTE
	S0 and S1 are both the DTE
	S0 is the DCE

Question 10 (2.5 points)

10) Flash memory (EEPROM) contains

Question 10 options:

	The configuration
	Router tables
	IOS
	MAC address

Question 11 (2.5 points)

11) The NVRAM contains

Question 11 options:

	The configuration
	Router tables
	IOS
	MAC address