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Welcome to the Specialized Cloud Architectures MCQs Page

Dive deep into the fascinating world of Specialized Cloud Architectures with our comprehensive set of Multiple-Choice Questions (MCQs). This page is dedicated to exploring the fundamental concepts and intricacies of Specialized Cloud Architectures, a crucial aspect of Cloud Computing. In this section, you will encounter a diverse range of MCQs that cover various aspects of Specialized Cloud Architectures, from the basic principles to advanced topics. Each question is thoughtfully crafted to challenge your knowledge and deepen your understanding of this critical subcategory within Cloud Computing.

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Check out the MCQs below to embark on an enriching journey through Specialized Cloud Architectures. Test your knowledge, expand your horizons, and solidify your grasp on this vital area of Cloud Computing.

Note: Each MCQ comes with multiple answer choices. Select the most appropriate option and test your understanding of Specialized Cloud Architectures. You can click on an option to test your knowledge before viewing the solution for a MCQ. Happy learning!

Specialized Cloud Architectures MCQs | Page 8 of 9

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Q71.
Which component provides multipath access to virtual servers in Multipath Resource Access architecture?

a.

Cloud Storage Device

b.

Hypervisor

c.

Logical Network Perimeter

d.

Resource Replication

Discuss
Answer: (b).Hypervisor Explanation:The Hypervisor provides multipath access to virtual servers in this architecture.
Q72.
What is the primary challenge when a virtual server is moved or migrated to another host?

a.

Network configurations are automatically updated.

b.

Network connectivity is maintained without issues.

c.

Port assignments and network configuration information are lost.

d.

Centralized virtual switches are created on the destination host.

Discuss
Answer: (c).Port assignments and network configuration information are lost. Explanation:When a virtual server is moved or migrated to another host, port assignments and network configuration information are lost.
Q73.
What is the key benefit of the persistent virtual network configuration architecture?

a.

It eliminates the need for virtual switches.

b.

It centralizes network configuration information.

c.

It reduces the need for hypervisors.

d.

It automatically replicates virtual server data.

Discuss
Answer: (b).It centralizes network configuration information. Explanation:The key benefit of the persistent virtual network configuration architecture is that it centralizes network configuration information.
Q74.
What system components are included in Persistent Virtual Network Configuration architecture to enable network configuration replication?

a.

Centralized virtual switch, VIM, and configuration replication technology

b.

Hypervisor, virtual server, and logical network perimeter

c.

Resource replication, physical server hosts, and virtual switches

d.

Network switches, firewalls, and load balancers

Discuss
Answer: (a).Centralized virtual switch, VIM, and configuration replication technology Explanation:The system components included in the architecture for network configuration replication are the centralized virtual switch, VIM, and configuration replication technology.
Q75.
What role does the Logical Network Perimeter play in Persistent Virtual Network Configuration architecture?

a.

It helps ensure access to the virtual server and its IT resources.

b.

It centralizes network configuration settings.

c.

It replicates configuration settings to physical servers.

d.

It hosts virtual servers.

Discuss
Answer: (a).It helps ensure access to the virtual server and its IT resources. Explanation:The Logical Network Perimeter helps ensure access to the virtual server and its IT resources is isolated to the rightful cloud consumer, before and after a virtual server is migrated.
Q76.
How are network configuration settings replicated to physical server hosts in Persistent Virtual Network Configuration architecture?

a.

Automatically through the hypervisor

b.

Manually by the cloud consumer

c.

Via the centralized virtual switch and VIM

d.

By using a separate replication technology

Discuss
Answer: (c).Via the centralized virtual switch and VIM Explanation:Network configuration settings are replicated to physical server hosts via the centralized virtual switch and VIM in Persistent Virtual Network Configuration architecture.
Q77.
What is the purpose of the VIM in Persistent Virtual Network Configuration architecture?

a.

To host virtual servers

b.

To centralize network configurations

c.

To initiate replication of configuration settings to physical servers

d.

To isolate cloud consumers from network traffic

Discuss
Answer: (c).To initiate replication of configuration settings to physical servers Explanation:The VIM initiates replication of configuration settings to physical servers in Persistent Virtual Network Configuration architecture.
Q78.
What can happen to a virtual server if its primary uplink connection fails?

a.

It automatically switches to a secondary uplink.

b.

It remains isolated and disconnected from the external network.

c.

It forwards packets using the secondary uplink.

d.

It becomes the primary uplink.

Discuss
Answer: (b).It remains isolated and disconnected from the external network. Explanation:If the primary uplink connection fails, the virtual server can become isolated and disconnected from the external network.
Q79.
What is the primary purpose of the redundant physical connection for virtual servers architecture?

a.

To eliminate the need for virtual switches

b.

To increase the number of virtual servers

c.

To ensure that a redundant uplink connection is available in case of primary uplink failure

d.

To centralize network configurations

Discuss
Answer: (c).To ensure that a redundant uplink connection is available in case of primary uplink failure Explanation:The primary purpose of the redundant physical connection for virtual servers architecture is to ensure that a redundant uplink connection is available in case of primary uplink failure.
Q80.
How does a standby uplink become the active uplink when the main uplink fails?

a.

Manually by the cloud consumer

b.

Transparently in a process managed by the failover system

c.

By isolating the virtual server

d.

By centralizing network configurations

Discuss
Answer: (b).Transparently in a process managed by the failover system Explanation:A standby uplink becomes the active uplink when the main uplink fails in a transparent process managed by the failover system.
Page 8 of 9

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