[MattTutorialsDojo]

Hi Venkat,

Serverless compute tier for Azure SQL Database bills for the amount of compute used per second.

Please let me know if you have any questions.

Thank you.

[MattTutorialsDojo]

Hi Venkata,

You are correct when you said that a virtual machine scale set can be deployed across multiple availability zones.

But a host group can only be deployed to a single availability zone. Since you need to achieve high availability, you need to create one host group per availability zone. The host group and the scale set must be using the same availability zone.

Since you need three host groups, you need to deploy 3 VMSS as well. One for each host group.

Please let me know if you have any further questions.

Thank you.

[MattTutorialsDojo]

Hi Venkat,

Serverless compute tier for Azure SQL Database bills for the amount of compute used per second.

Please let me know if you have any questions.

Thank you.

[MattTutorialsDojo]

Hi Venkat,

Thank you for bringing this to our attention. We will update the explanation to reflect the correct given option.

Please let me know if you have any further questions 🙂

Thank you.

[MattTutorialsDojo]

Hi Venkat,

The answer should be no.

The solution suggests geo-replication. Which means it creates a readable secondary database in the same region as the primary or in another region. The requirement states that in the event of an Azure region outage, you need to have both read and write operations. Now, to failover to another region, for example, you still need to do a manual failover. While failover groups do this automatically.

Hope this helps. Let me know if you have any more questions. I’ll be glad to help 🙂

Thank you.

• This reply was modified 2 months, 3 weeks ago by  MattTutorialsDojo.

[MattTutorialsDojo]

Hi Danci,

Thank you for reaching out to us with your query regarding the authentication methods for using AzCopy with Azure Blob storage and File storage.

In light of your valuable feedback, we want to assure you that we will update the question. This revision will be carried out as soon as possible

Thank you.

[MattTutorialsDojo]

Hi Danci,

Azure bastion can be used to connect to other virtual machines in other virtual networks via VPN Gateway.

Although there is no thorough documentation from Microsoft Azure that outlines a VPN gateway connection over Azure Bastion, here is an announcement from Microsoft.

Another documentation that mentions this.

Please let me know if you have any further questions.

Thank you.

[MattTutorialsDojo]

Hi Mateo,

Thank you for bringing this to our attention. We will make the necessary changes, and these should be reflected in the portal as soon as possible.

Please let me know if I can help you with anything.

Cheers.

[MattTutorialsDojo]

Hi DL1,

The question you mentioned is under Monitor and maintain Azure resources of the AZ-104 exam.

Would you be able to send a screenshot that shows it is under the networking section so we can assist you further?

Thank you.

[MattTutorialsDojo]

Hi Darman,

Do not worry, no troll will crucify you! 🙂

An availability zone consists of multiple datacenters, and each datacenter has its own unique cooling, power, and networking. So the answer to question #2 is availability zones.

Now with question #1, the answer is Azure Regions.

Each Azure Region has multiple availability zones, and each availability zone has multiple datacenters.

The keyword here is a set of datacenters or a collection of a group of multiple datacenters. This implies multiple availability zones.

I hope this helps. Let me know if you have any further questions.

Thank you.

[MattTutorialsDojo]

Hi Darman,

When you create virtual machine scale sets, you can configure your scale set to span multiple availability zones.

The question requires that your application be available if a single availability zone fails. So if you configured your scale set to use multiple availability zones, your application would still be available.

Let me know if this helps.

Thank you.

[MattTutorialsDojo]

Hi Karbabu,

Your guess is right. Since the priority 100 rule uses UDP, the RDP connection will not push through. After processing rule 100, it will then head to the next priority, which is 200. Since rule 200 is RDP using TCP, we will have a successful RDP connection.

I hope this helps.

Thank you.

[MattTutorialsDojo]

Hi Karbabu,

TD1 is the virtual machine that needs an RDP connection. TDSub1 is a subnet wherein TD1 is located.

Hope this answers your questions. Let me know if you have any further questions.

Thank you.

[MattTutorialsDojo]

Hi Karbabu,

Thanks for submitting this feedback. We have updated this item, and the changes will be reflected in our practice tests soon. We appreciate this feedback because it will help us improve our content!

Let us know if you need further assistance. The Tutorials Dojo team is dedicated to helping you pass your Azure exam on your first try!
Regards,

Matt @ Tutorials Dojo

[MattTutorialsDojo]

Hi Joseph,

TDVnet1 is the hub, while TDvnet2 and TDVnet3 are the spoke. TDVnet1 can route packets to TDVnet2 and TDVnet3 since they have their own respective peerings, while TDVnet3 can route packets to TDVnet1 only.

Take note that virtual network peerings are non-transitive, meaning virtual networks that are directly peered can only communicate with each other but can’t communicate with the peers of their peers. So, in this case, for TDVnet3 to communicate with TDVnet2, you need to create a peering between TDVnet2 and TDVnet3. Hence, the correct answer: packets from TDVnet3 can be routed to TDVnet1 only.

Please let me know if you have any further questions.

Thank you.