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NEW QUESTION: 1



A. Option F
B. Option B
C. Option A
D. Option E
E. Option C
F. Option D
Answer: B,D
Explanation:
Carefully observe the information given after command show. Fa0/1 is connected to Switch2,
seven MAC addresses correspond to Fa0/1, and these MAC are in different VLAN. From this we
know that Fa0/1 is the trunk interface.
From the information given by show cdp neighbors we find that there is no Fa0/5 in CDP neighbor.
However, F0/5 corresponds to two MAC addresses in the same VLAN. Thus we know that Fa0/5
is connected to a Hub.
Based on the output shown, there are multiple MAC addresses from different VLANs attached to
the FastEthernet 0/1 interface. Only trunks are able to pass information from devices in multiple
VLANs.

NEW QUESTION: 2
You have 15 Azure virtual machines in a resource group named RG1.
All virtual machines run identical applications.
You need to prevent unauthorized applications and malware from running on the virtual machines.
What should you do?
A. Apply an Azure policy to RG1.
B. From Azure Security Center, configure adaptive application controls.
C. Configure Azure Active Directory (Azure AD) Identity Protection.
D. Apply a resource lock to RG1.
Answer: B
Explanation:
Explanation
Adaptive application control is an intelligent, automated end-to-end application whitelisting solution from Azure Security Center. It helps you control which applications can run on your Azure and non-Azure VMs (Windows and Linux), which, among other benefits, helps harden your VMs against malware. Security Center uses machine learning to analyze the applications running on your VMs and helps you apply the specific whitelisting rules using this intelligence.
Reference:
https://docs.microsoft.com/en-us/azure/security-center/security-center-adaptive-application

NEW QUESTION: 3
A company plans to use Microsoft Flow to automate tasks.
Match each flow type to its function. To answer, drag the appropriate flow type from the column on the left to its description on the right. Each option may be used once, more than once, or not at all.
NOTE: Each correct match is worth one point.

Answer:
Explanation:

Explanation:
Box 1: automated
Automated flows start with an event or trigger, such as an email being received. These also support a multitude of actions in the 200+ Flow connectors.
Box 2: business process
The business process flow that creates stages or screens that enforce a certain sequence of steps. It collects data from users for each step in the stage and can kick off automated workflows.
Box 3: scheduled
Scheduled flows run regular reports that are sent out to a team and summarize everything that's happened in the past week. This includes everything from simple daily scheduling to more complex scheduling like "every 3rd Monday." Box 4: instant An instant flow is triggered when you click a button inside of the Flow mobile app, SharePoint, Dynamics, PowerApps, or Excel that passes context directly into your flow.
Note: There are four different Flow types that you can choose from when starting out. You can create a scheduled flow, automated flow, instant flow, or a business process flow.
Reference:
https://www.avepoint.com/blog/office-365/office-365-automation/

NEW QUESTION: 4
Which of the following queuing methods provides strict-priority queues and prevents bandwidth starvation?
A. PQ
B. FIFO
C. LLQ
D. CBWFQ
E. CQ
F. WFQ
Answer: C
Explanation:
Explanation/Reference:
Section: Considerations for Expanding an Existing Network Explanation
Explanation:
Low-latency queuing (LLQ) provides strict-priority queues and prevents bandwidth starvation. LLQ supports the creation of up to 64 user-defined traffic classes as well as one or more strict-priority queues that can be used specifically for delay-sensitive traffic, such as voice and video traffic. Each strict-priority queue can use up to the maximum bandwidth available but can only use its guaranteed minimum bandwidth when other queues have traffic to send, thereby avoiding bandwidth starvation. Cisco recommends limiting the strict-priority queues to a total of 33 percent of the link capacity. Because LLQ can provide guaranteed bandwidth to delay-sensitive packets, such as Voice over IP (VoIP) packets, without monopolizing the available bandwidth on a link, LLQ is recommended for handling voice, video, and mission-critical traffic.
First-in-first-out (FIFO) queuing does not provide strict-priority queues or prevent bandwidth starvation. By default, Cisco uses FIFO queuing for interfaces faster than 2.048 Mbps. FIFO queuing requires no configuration, because all packets are arranged into a single queue. As the name implies, the first packet received is the first packet transmitted without regard for packet type, protocol, or priority.
Although you can implement priority queuing (PQ) on an interface to prioritize voice, video, and mission- critical traffic, you should not use it when lower-priority traffic must be sent on that interface. PQ arranges packets into four queues: high priority, medium priority, normal priority, and low priority. Queues are processed in order of priority. As long as the high-priority queue contains packets, no packets are sent from other queues. This can cause bandwidth starvation.
Custom queuing (CQ) is appropriate for voice, video, and mission-critical traffic, but it can be difficult to balance the queues to avoid bandwidth starvation of lower-priority queues. CQ is a form of weighted round robin (WRR) queuing. With round robin (RR) queuing, you configure multiple queues of equal priority and you assign traffic to each queue. Because each queue has equal priority, each queue takes turns sending traffic over the interface. With WRR queuing, you can assign a weight value to each queue whereby each queue can send a number of packets relative to their weight values. CQ allows you to configure each queue with a specific byte value whereby each queue can send that many bytes before the next queue can send traffic.
Although weighted fair queuing (WFQ) can be used for voice, video, and mission-critical traffic, it does not provide the bandwidth guarantees or the strict-priority queues provided by LLQ. WFQ is used by default on Cisco routers for serial interfaces at 2.048 Mbps or lower. WFQ addresses the jitter and delay problems inherent with FIFO queuing, and it addresses the bandwidth starvation problem inherent with PQ. Traffic flows are identified by WFQ based on source and destination IP addresses, port number, protocol number, and Type of Service (ToS). Although WFQ is easy to configure, it is not supported on high-speed links.
Class-based WFQ (CBWFQ) can be used for voice, video, and mission-critical traffic; however, it does not provide the delay guarantees provided by LLQ, because CBWFQ does not provide support for strict-priority queues. CBWFQ improves upon WFQ by enabling the creation of up to 64 custom traffic classes, each with a guaranteed minimum bandwidth. Bandwidth can be allocated as a value in Kbps, by a percentage of bandwidth, or by a percentage of the remaining bandwidth. Unlike with PQ, bandwidth starvation does not occur with CBWFQ.
Reference:
CCDA 200-310 Official Cert Guide, Chapter 6, Low-Latency Queuing, p. 235 Cisco: Enterprise QoS Solution Reference Network Design Guide: Queuing and Dropping Principles Cisco: Congestion Management Overview: Low Latency Queueing