Discover cost-efficient scaling solutions for Azure App Service Plans, from standard scaling options to time-based rules, ensuring optimal performance and resource utilization for your organization’s web applications.
You’re developing a strategy to implement Azure App Service plans to enable scaling requirements for the hotel website. Various teams in your organization have submitted requests and questions for your consideration.
- The Admin team has requested information about scaling options for their virtual machines. They prefer an option that can increase CPU and disk space rather than having to add more virtual machines.
- The Production team manages a web app that requires scaling to 5 instances and 100 GB of disk storage. They’d like a cost-efficient scaling solution.
- In your website configuration, you need a rule to trigger a webhook at 8:00 AM on Saturdays.
Question 1
Which App Service Plan can you implement to support the Production team’s requirements?
A. Basic
B. Standard
C. Premium
Answer
C. Premium
Explanation
The Premium App Service plan meets the requirements of scaling to 5 instances and 100 GB of disk storage.
A is incorrect. The Basic App Service plan doesn’t meet the requirements.
B is incorrect. The Standard App Service plan doesn’t meet the requirements.
Question 2
What scaling option provides more CPU, memory, or disk space without adding more virtual machines?
A. Scale up
B. Scale out
C. Scale back
Answer
A. Scale up
Explanation
Scale up gives more CPU, memory, and disk space. You can scale up by changing the pricing tier of the App Service plan.
B is incorrect. Scale out increases the number of virtual machine instances that run an application.
C is incorrect. Scale back isn’t a valid scaling option. The options are scale in and out, or scale up and down.
Question 3
Triggering a webhook at 8:00 AM on Saturday is an example of what type of rule?
A. A metric-based rule.
B. A time-based rule.
C. An app-insight rule.
Answer
B. A time-based rule.
Explanation
Time-based rules allow scaling based on time patterns.
A is incorrect. Metric-based rules measure application load and add or remove virtual machines based on that load.
C is incorrect. An app-insight rule isn’t a valid rule option.
Microsoft Azure Administrator AZ-104 certification exam practice question and answer (Q&A) dump with detail explanation and reference available free, helpful to pass the Microsoft Azure Administrator AZ-104 exam and earn Microsoft Azure Administrator AZ-104 certification.