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Microsoft AZ-900 Bundle

Exam Code: AZ-900

Exam Name Microsoft Azure Fundamentals

Certification Provider: Microsoft

Corresponding Certification: Microsoft Certified Azure Fundamentals

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Microsoft Azure Fundamentals (AZ-900) Practice Tests

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Microsoft AZ-900 Practice Test 49

Question 480

A company expects ExpressRoute private connectivity to eliminate all application-layer encryption and authentication needs. What principle should remain?

  1. Private peering prevents a malicious app user from misusing credentials
  2. A private circuit implicitly creates an Azure Key Vault
  3. Application identity and encryption requirements remain independent of private transport
  4. Every employee gets Owner rights over connected subscriptions

Explanation

Correct Answer

C:

Private connectivity reduces exposure but doesn't automatically authorize callers or replace data security.

Incorrect Answers

A:

The circuit is not a substitute for application access control.

B:

It is a networking resource, not a secrets service.

D:

A circuit cannot grant Azure RBAC.

Question 481

A factory in a remote location wants ExpressRoute but no connectivity provider can serve its site. What prerequisite should it verify?

  1. Whether the factory has an Azure portal bookmark
  2. Whether the business has one or more storage accounts
  3. Service/provider availability and the connectivity model for that location
  4. Whether the VNet has a sufficiently long resource name

Explanation

Correct Answer

C:

ExpressRoute requires a supported provider and connection arrangement.

Incorrect Answers

A:

A browser shortcut cannot provision carrier transport.

B:

Storage account count doesn't create provider coverage.

D:

Naming is not provider availability.

Question 482

A business uses ExpressRoute for office users but also has public customers visiting its web app. Which conclusion is correct?

  1. A private enterprise circuit does not automatically provide or replace public customer ingress
  2. ExpressRoute makes every Azure application public by default
  3. Assume ExpressRoute always blocks all public Internet traffic across every app
  4. A customer must run a VPN client to use every Azure-hosted public website

Explanation

Correct Answer

A:

Public web exposure and private WAN connectivity are separate designs.

Incorrect Answers

B:

A private link doesn't publish workloads to the Internet.

C:

A private circuit does not inherently remove unrelated public endpoints or forbid every Internet path.

D:

Public endpoints have independent access paths.

Question 483

A startup compares ExpressRoute to a VPN for light, intermittent access. Which factor is a relevant planning difference?

  1. Circuit/provider commitments and related connectivity pricing versus VPN costs
  2. Estimate only the Internet VPN gateway hourly charges without checking ExpressRoute circuit commitments
  3. Use only the number of supported resource groups in the region
  4. Assume ExpressRoute has zero recurring cost whenever application traffic is idle

Explanation

Correct Answer

A:

ExpressRoute commonly has distinct recurring connectivity arrangements.

Incorrect Answers

B:

A VPN price alone omits the dedicated provider arrangement that can dominate ExpressRoute economics.

C:

Resource-group count does not determine ExpressRoute circuit, provider or data-transfer pricing.

D:

Dedicated connectivity plans may have recurring commitments independent of moment-to-moment traffic.

Question 484

A company sees on-premises network trouble despite healthy Azure VMs. What evidence should it investigate for ExpressRoute?

  1. Circuit connection/provider status and path health
  2. Only the Application Insights browser JavaScript errors
  3. Only the number of Azure VM backups
  4. Azure subscription display names

Explanation

Correct Answer

A:

Enterprise private connectivity can fail independently of VM health.

Incorrect Answers

B:

Browser telemetry alone won't show a private circuit fault.

C:

Backup count won't diagnose WAN transport.

D:

Billing labels don't indicate carrier availability.

Question 485

A team creates a private endpoint for Blob service on a storage account and assumes Azure Files automatically uses the same private IP. What should it verify?

  1. That every storage feature shares one universal tenant private endpoint
  2. Assume one private endpoint can represent all service subresources with no separate configuration
  3. That an account tag reads 'private'
  4. The supported private endpoints and DNS zones for each required storage subresource

Explanation

Correct Answer

D:

Blob and file services can require distinct subresource private endpoints and name mappings.

Incorrect Answers

A:

Endpoint scope is service-specific.

B:

Private endpoints target specific supported resource subresources; additional connections may be required.

C:

Metadata is not a private service NIC.

Question 486

A storage account has a private endpoint but still permits broad public-network access. What policy decision should be evaluated?

  1. Public network access settings and supported firewall restrictions in addition to Private Link
  2. Changing storage SKU redundancy alone
  3. Enlarging the VNet subnet without changing storage settings
  4. Enabling VM backup on an unrelated server

Explanation

Correct Answer

A:

Creating a private path does not automatically guarantee all public paths are disabled.

Incorrect Answers

B:

Replica choices are not a public ingress policy.

C:

More IPs don't necessarily close public access.

D:

Backup doesn't restrict storage endpoint exposure.

Question 487

Employees access a service using its private IP from the office but its public IP from home. Which design issue may explain the difference?

  1. Assume an unlinked Azure Private DNS zone resolves automatically for all remote VNets
  2. Use only an Azure NSG rule as the source of private DNS record answers
  3. The service's disk throughput is too low
  4. DNS resolution paths and private-zone forwarding across networks

Explanation

Correct Answer

D:

Different resolvers or network links can produce different answers.

Incorrect Answers

A:

Name resolution requires suitable VNet links or forwarder integration; zone creation alone is insufficient.

B:

NSGs control traffic, not DNS record content or split-horizon name resolution.

C:

Disk speed doesn't directly change public vs private name resolution.

Question 488

An operator tries to create a private endpoint for a service in another subscription and is denied. What does this illustrate?

  1. All Azure services always accept private endpoint requests anonymously
  2. Private endpoint connection approval and appropriate resource permissions may be required
  3. Assume a private endpoint connection grants the caller storage-data read authorization
  4. Creating another public IP bypasses private endpoint approval

Explanation

Correct Answer

B:

Cross-subscription access isn't established by IP planning alone.

Incorrect Answers

A:

Private Link is managed through authorization controls.

C:

Private network reachability does not confer data-plane permissions to read protected service content.

D:

A public address is not authorized Private Link.

Question 489

A security review asks whether Azure Private Link requires exposing a storage account through a customer-controlled public VM. Which answer fits?

  1. Yes, every connection must first traverse Azure Virtual Desktop
  2. No, because storage never needs authentication when a private IP exists
  3. No; a supported private endpoint routes to the service over a private network path
  4. Yes, it requires a public VM as the storage account's host

Explanation

Correct Answer

C:

Private Link avoids depending on a public VM proxy for the managed service.

Incorrect Answers

A:

Desktop virtualization isn't part of Private Link transport.

B:

Private path and data authorization are separate concerns.

D:

The managed service remains Azure-hosted.

Question 490

A VM has a public IP but SSH is blocked by the NSG. Which statement is correct?

  1. Any public IP automatically permits every TCP port
  2. A public IP changes the VM's guest OS password
  3. A public address alone does not override network security rules
  4. An NSG is only a resource-tagging mechanism

Explanation

Correct Answer

C:

IP routability and permitted traffic are separate requirements.

Incorrect Answers

A:

NSG and host firewall rules still apply.

B:

Network addressing doesn't manage credentials.

D:

NSGs filter traffic.