Your company has an Azure subscription.
You need to deploy a number of Azure virtual machines to the subscription by using Azure Resource Manager (ARM) templates. The virtual machines will be included in a single availability set.
You need to ensure that the ARM template allows for as many virtual machines as possible to remain accessible in the event of fabric failure or maintenance.
Which of the following is the value that you should configure for the platformFaultDomainCount property?
The platformFaultDomainCount property in an Azure Resource Manager (ARM) template specifies the number of fault domains for the virtual machines within an availability set. Fault domains are distinct groups of hardware within a datacenter. To maximize the fault tolerance of your virtual machines, you should configure this property to its maximum value, which is typically 3. This ensures that your virtual machines are distributed across multiple fault domains, reducing the likelihood that a failure will impact multiple VMs simultaneously.
Your company has an Azure subscription.
You need to deploy a number of Azure virtual machines to the subscription by using Azure Resource Manager (ARM) templates. The virtual machines will be included in a single availability set.
You need to ensure that the ARM template allows for as many virtual machines as possible to remain accessible in the event of fabric failure or maintenance.
Which of the following is the value that you should configure for the platformUpdateDomainCount property?
The correct value to configure for the platformUpdateDomainCount property in an Azure Resource Manager (ARM) template is 20. Each availability set in Azure can be configured with up to 20 update domains. Update domains are logical groups of virtual machines that can be rebooted together during planned maintenance events, minimizing the number of virtual machines that are impacted at any given time. By setting this value to the maximum, you are ensuring optimal distribution of virtual machines to maintain availability during updates.
DRAG DROP -
You are creating an Azure Cosmos DB account that makes use of the SQL API. Data will be added to the account every day by a web application.
You need to ensure that an email notification is sent when information is received from IoT devices, and that compute cost is reduced.
You decide to deploy a function app.
Which of the following should you configure the function app to use? Answer by dragging the correct options from the list to the answer area.
Select and Place:
This question requires that you evaluate the underlined text to determine if it is correct.
You company has an on-premises deployment of MongoDB, and an Azure Cosmos DB account that makes use of the MongoDB API.
You need to devise a strategy to migrate MongoDB to the Azure Cosmos DB account.
You include the Data Management Gateway tool in your migration strategy.
Instructions: Review the underlined text. If it makes the statement correct, select `No change required.` If the statement is incorrect, select the answer choice that makes the statement correct.
To migrate MongoDB to an Azure Cosmos DB account that uses the MongoDB API, you can use the mongorestore command-line tool. mongorestore is specifically designed for restoring data backups created with mongodump into a MongoDB instance, making it a suitable tool for this migration. The Data Management Gateway tool, on the other hand, is not appropriate for this scenario as it is typically used for connecting on-premises data sources to Azure data services like Power BI, not for database migrations involving Azure Cosmos DB.
You are developing an e-Commerce Web App.
You want to use Azure Key Vault to ensure that sign-ins to the e-Commerce Web App are secured by using Azure App Service authentication and Azure Active
Directory (AAD).
What should you do on the e-Commerce Web App?
To secure sign-ins to the e-Commerce Web App using Azure App Service authentication and Azure Active Directory (AAD), you should enable Managed Service Identity (MSI). Managed Service Identity allows your app to securely access other Azure services, like Azure Key Vault, without needing to include credentials in your code. By assigning a managed identity to your web app, it can authenticate to Azure Active Directory and securely retrieve necessary secrets from the Key Vault, ensuring enhanced security and streamlined secret management.