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NEW QUESTION # 339
What are the two major components of service mesh?
Answer: E
NEW QUESTION # 340
You are running a stateful application on Kubernetes that requires persistent data storage. Which of the following Kubernetes storage classes would be most suitable for this scenario?
Answer: B
Explanation:
Persistent Volumes (PVs) are the most suitable storage class for stateful applications- They guarantee persistent data storage across pod restarts and provide a consistent interface for accessing the data
NEW QUESTION # 341
Which of the following commands could a cluster administrator use to prevent Pod scheduling in a node temporarily, for maintenance purposes?
Answer: C
Explanation:
The kubectl cordon command marks a node as unschedulable, temporarily preventing new Pods from being scheduled on it while allowing existing Pods to continue running during maintenance.
NEW QUESTION # 342
What is an ephemeral container?
Answer: A
Explanation:
B is correct: an ephemeral container is a temporary container you can add to an existing Pod for troubleshooting and debugging without restarting the Pod. This capability is especially useful when a running container image is minimal (distroless) and lacks debugging tools like sh, curl, or ps. Instead of rebuilding the workload image or disrupting the Pod, you attach an ephemeral container that includes the tools you need, then inspect processes, networking, filesystem mounts, and runtime behavior.
Ephemeral containers are not part of the original Pod spec the same way normal containers are. They are added via a dedicated subresource and are generally not restarted automatically like regular containers. They are meant for interactive investigation, not for ongoing workload functionality.
Why the other options are incorrect:
* D describes init containers, which run before app containers start and are used for setup tasks.
* C resembles the "sidecar" concept (a supporting container that runs alongside the main container), but sidecars are normal containers defined in the Pod spec, not ephemeral containers.
* A is not a definition; ephemeral containers are not "root by design" (they can run with various security contexts depending on policy), and they aren't limited to infosec use cases.
In Kubernetes operations, ephemeral containers complement kubectl exec and logs. If the target container is crash-looping or lacks a shell, exec may not help; adding an ephemeral container provides a safe and Kubernetes-native debugging path. So, the accurate definition is B.
=========
NEW QUESTION # 343
To specify a Kubernetes object which language is used?
Answer: D
Explanation:
https://kubernetes.io/docs/concepts/overview/working-with-objects/kubernetes-objects/
NEW QUESTION # 344
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