Question 1

Each Kubernetes Object has the following properties.

Options :

A : Tags

B : UUID

C : Name

D : ID

E : Labels

Answer: B,C

Question 2

You are a Product Owner responsible for a microservices-based cloud-native application. You need to make a decision regarding the granularity of your services. Which of the following approaches aligns best with the microservices architecture principles?

Options :

A : Create microservices based on the organizational structure

B : Combine all functionalities into a single service for performance optimization

C : Group functionalities based on bounded contexts

D : Create a separate microservice for each database table

Answer: C

Question 3

You have a distributed data processing application that needs to run close to where the data resides for optimal performance. You want to ensure that the application's pods are scheduled on nodes that have local SSDs attached. What should you use? (select 2)

Options :

A : Node Affinity

B : StatefulSet

C : ResourceQuotas

D : DaemonSet

E : PodSecurityPolicy

Answer: A,D

Question 4

You are operating a Kubernetes cluster with a mix of Linux and Windows worker nodes. You have a .NET application that should only be scheduled on Windows nodes. What is the most effective way to ensure that this application is only deployed on Windows nodes?

Options :

A : Use a PodAntiAffinity rule to repel the .NET application from Linux nodes.

B : Use an InitContainer to check the node OS before starting the application.

C : Use a NodeAffinity rule based on OS type.

D : Use a nodeSelector to target Windows nodes.

Answer: D

Question 5

What are two ways to attach metadata to Kubernetes Objects?

Options :

A : MetaData

B : Annotations

C : Labels

D : UserData

E : Tags

Answer: B,C