CCNA Cisco drag and drop

(R2E).
An engineer must configure a static network route between two networks so that host A communicates with host B. Drag and drop the commands from the left onto the routers where they must be configured on the right. Not all commands are used.​ ​ ​ Router 1 ​ R1​ ​ ​ ​ Router 2 R2​ Router 2 R2​ Router 3 ​ R3​ ​ (a)   ​ (b)   ​ (c)   ​ (d)  

• ip route 10.10.13.0 255.255.255.128 10.10.10.1
• ip route 10.10.14.0 255.255.255.0 10.10.10.2
• ip route 10.10.14.10 255.255.255.255 10.10.10.6
• ip route 10.10.13.10 255.255.255.255 10.10.10.1
• ip route 10.10.13.0 255.255.255.128 10.10.10.5
• ip route 10.10.14.0 255.255.255.0 10.10.10.6

DnD. Drag and drop the statements about access-point modes from the left onto the corresponding modes on the right.​ ​

Groups:

(a) Monitor

,

(b) Sensor

,

(c) Sniffer

• It captures and forwards packets on a specific wireless channel

• It supports software that analyzes wireless frames on a remote device

• It enables enhanced RFID-tag location tracking

• It supports real-time Wi-Fi client troubleshooting when network engineers are offsite

• It supports analytics for wireless performance testing

• It provides air-quality data and interference detection across all enabled channels

Organize All options into the right categories based on IPv6 address types.

Groups:

(a) Global Unicast Address

,

(b) Link-Local Address

• confined to a single link

• provides for on-one communication

• is routable and reachable via the Internet

• serves as the next-hop addresses

Organize All options into the right categories

Groups:

(a) TCP

,

(b) UDP

• requires the client and the server to establish a connection before sending the packet

• used to reliably share files between devices

• appropriate for streaming operations with minimal latency

• transmitted based on data contained in the packet without the need for a data channel

Drag and drop the Ansible features from the options. Not all feature are used​ (a)   .​ ​ (b)   ​ (c)   ​ (d)  

• Uses agents to manage hosts
• Uses the YAML language
• Executes modules via SSH by default
• Pushes configurations to the client
• Operates without agents
• Require clients to pull configurations from Server

Drag and drop the Ansible features from the options. Not all feature are used​ (a)   .​ ​ (b)   ​ (c)   ​ (d)  

• Uses agents to manage hosts
• Uses the YAML language
• Executes modules via SSH by default
• Pushes configurations to the client
• Operates without agents
• Require clients to pull configurations from Server

Match the following

• Removes a resource from the server

• GET

• Reads data from the server

• DELETE

• Updates an entry in the database

• PUT

• Creates a resource on the server

• POST

Match the following based of Exhibit

• 172.16.2.128

• 255.255.255.224

• 172.16.3.128

• 255.255.255.128

• 172.16.3.192

• 255.255.255.248

• 172.16.4.0

• 255.255.255.240

• 172.16.3.64

• 255.255.254.0

Organize All options into the right categories based on device behaviors from the HSRP state.

• Active

• is transmitting and receiving hello packets

• Speak

• is waiting to hear from the neighbor device

• Standby

• is forwarding packets

• Listen

• is ready to forward packets if the device that is currently forwarding packets fails

• Learn

• has heard from the neighbor device and is receiving hello packets

Organize All options into the right categories based on characteristics of network architectures.

Groups:

(a) Collapsed Core

,

(b) Three-Tier

• single device handles the core and the distribution layer

• most appropriate for small network designs

• more cost-effective than other options

• separate devices handle the core and the distribution layer

• enhances network availability