200-301 Practice Questions

A.  

Telnet

B.  

console

C.  

HTTPS

D.  

SSH

A.  

They include a guest OS and the service.

B.  

They enable the network to become agile and hardware-centric.

C.  

They use a supervisor to provide management for services.

D.  

They facilitate local management of infrastructure devices.

A.  

Changes can be implemented in parallel across multiple devices at once, which increases the speed of the change rate.

B.  

By using automation platforms with intent-based configuration, all changes are checked for possible outages before being implemented.

C.  

Emails can be generated based on when a network admin performs a network change, which increases visibility.

D.  

Configuration templates and testing can be built into implementation, which increases the success rate of a network change.

A.  

Modify the configured number of the second access list.

B.  

Add either the ip nat {inside|outside} command under both interfaces.

C.  

Remove the overload keyword from the ip nat inside source command.

D.  

Change the ip nat inside source command to use interface GigabitEthernet0/0.

A.  

ip route 192.168.23.0 255.255.255.255 192.168.13.3 121

B.  

ip route 192.168.23.0 255.255.255.0 192.168.13.3 100

C.  

ip route 192.168.23.0 265.255.255.0 192.168.13.3 121

D.  

ip route 192.168.23.0 255.255.255.0 192.168.13.3

A.  

10.12.0.5

B.  

10.12.0.2

C.  

10.12.0.1

D.  

10.12.0.6

A.  

TCP ensures ordered, reliable data delivery, and UDP offers low latency and high throughput.

B.  

TCP is used for transmitting data over the internet, and UDP is used for transmitting data over a local network.

C.  

TCP manages multicast and broadcast data transfers, and UDP only handles unicast communications.

D.  

TCP is used to ensure data integrity in a file transfer, and UDP is used to broadcast a message to multiple recipients.

A.  

uses a unidirectional handshake for authentication

B.  

Intercepts data threats before they attack a network

C.  

uses integrity checks to identify forgery attacks

D.  

prevents intercepted data from being easily read

A.  

dynamic routing updates

B.  

bandwidth optimization

C.  

granular QoS

D.  

load sharing

E.  

redundancy

A.  

Select the 802.1 x option for Auth Key Management.

B.  

Select the WPA Policy option.

C.  

Select the PSK option for Auth Key Management.

D.  

Select the AES option for Auth Key Management.

E.  

Select the AES (CCMP128) option for WPA2/WPA3 Encryption.

A.  

SDN security is managed near the perimeter of the network with firewalls, VPNs, and IPS, and traditional networking security policies are created based on telemetry data.

B.  

SDN exposes an API to configure locally per device for security policies, and traditional networking uses northbound API for network admin interface for configuring security policies.

C.  

SDN creates a unified control point making security policies consistent across all devices, and traditional networking must be configured device by device, leaving room for error.

D.  

SDN devices communicate with each other to establish a security policy, and in traditional networking, devices communicate upstream to a central location to establish a security policy.

A.  

router ospf 100network 10.120.10.0 255.255.255.0 area 0

B.  

router ospf 120network 10.120.10.0 255.255.255.0 area 0ip route 10.120.10.0 255.255.255.0 fa0/1

C.  

router ospf 100 area 0network 10.120.10.0 0.0.0.255

A.  

10.56.65.56

B.  

10.56.65.65

C.  

10.65.56.56

D.  

10.65.65.65

A.  

location of the virtual machines within the data center environment

B.  

whether to leverage VSM to map multiple virtual processors to two or more virtual machines

C.  

resource limitations, such as the number of CPU cores and the amount of memory

D.  

support for physical peripherals, such as monitors, keyboards, and mice

A.  

Increase the available throughput on the link.

B.  

Increase security by encrypting management frames

C.  

Allow for stateful failover between WLCs

D.  

Enable the connected switch ports to use different Layer 2 configurations

A.  

shaping

B.  

policing

C.  

CBWFQ

D.  

LLQ

A.  

Reduced ARP traffic on the network

B.  

Balancing traffic across multiple gateways in proportion to their loads

C.  

Reduced management overhead on network routers

D.  

Higher degree of availability

A.  

high bandwidth usage

B.  

a physical cable fault

C.  

a speed mismatch

D.  

a cable that is too long

A.  

SW1#(config-line)#login local  SW1#(config-line)#exit  SW1(config)#crypto key generate rsa

B.  

SW1#(config-line)#login local  SW1#(config-line)#exit  SW1(config)#enable secret test!2E

C.  

SW1#(config-line)#transport input ssh  SW1#(config-line)#exit  SW1(config)#service password-encryption

D.  

SW1#(config-line)#exit  SW1(config)#aaa new-model