
Explore 17 Kubernetes exam questions with solutions, covering HPA, CNI installation, Docker CRI, certificate manager, ingress and gateway API, immutable config maps, troubleshooting, storage class, and Helm.
Configure a new HPA for the Apache server in the autoscale namespace, targeting 50% CPU per pod with 1–4 pods and a 30-second downscale stabilization window.
Configure Argo CD with helm by adding Argo CD repo, generating a helm template for 7.7.3, setting CRDs install to false, and saving Argo CD.yaml in the Argo CD namespace.
Scale WordPress to zero, edit the deployment, divide node resources evenly across three pods with equal CPU and memory requests and limits and overhead, then scale back to three.
Create a priority class named HighPriorityForUserWorkload with a value just below the critical priority, then apply it to the BusyBoxLogger deployment in the priority namespace to roll out successfully.
Install a Debian package and set up CRI docker, enable and start docker service, and configure sysctl parameters for bridging, ip forwarding, and net filters to meet exam requirements.
Create a storage class named storage class with provisioner rancher.io local path, set volume binding mode to wait for first consumer, and designate it as the default class.
Explore how to list cert-manager CRDs with kubectl, save to resource.yaml, and extract subject specification documentation for certificate resources into subject.yaml using grep and kubectl explain.
Expose the notepad deployment as a nodeport service on port 80 using tcp and https, after adding container port 80 to the deployment, and then verify the notepad service.
Configure a MariaDB pvc in the MariaDB namespace with 250mi storage and read-write-once. Modify MariaDB.yaml to reference the pvc, apply, and verify the pod runs.
Preparing for the Certified Kubernetes Administrator (CKA) exam requires more than theory. The exam is performance-based, time-bound, and heavily focused on real troubleshooting and hands-on execution. This course is designed to simulate that exact pressure and environment through 17 carefully selected, exam-oriented scenarios.
Each question reflects the style and complexity you can expect in the real CKA exam. You will work through practical tasks involving cluster troubleshooting, control plane recovery, networking policies, scheduling with taints and tolerations, storage configuration, RBAC, static pods, and more. Every scenario is solved step-by-step, with a clear explanation of the commands used and the reasoning behind each decision.
The goal is not memorization. The goal is speed, accuracy, and confidence.
By completing these 17 scenarios, you will:
• You will Pass the exam
• Strengthen your kubectl command efficiency
• Improve troubleshooting methodology
• Understand control plane components deeply
• Practice real cluster recovery situations
• Build confidence for performance-based exam conditions
This course is ideal for candidates who already understand Kubernetes fundamentals and want focused, exam-style practice. If you are aiming to pass the CKA certification and want practical exposure instead of theory-heavy lectures, this course is structured specifically for you.
Work through each scenario multiple times. Time yourself. Build muscle memory. That is how you prepare to pass the CKA exam successfully.