Question 1 of 30
A company is deploying a new Kubernetes cluster to manage its microservices architecture. The cluster will be hosted on a cloud provider and needs to ensure high availability and fault tolerance. The team decides to use a multi-zone deployment strategy across three availability zones (AZs). Each AZ will host an equal number of nodes, and the total number of nodes in the cluster is 18. How many nodes will be allocated to each availability zone, and what considerations should be made regarding pod distribution and service availability across these zones?
6 nodes per availability zone, ensuring that pods are distributed evenly to maintain service availability.
9 nodes per availability zone, which may lead to uneven pod distribution and potential service interruptions.
3 nodes per availability zone, which could result in insufficient resources for high availability.
12 nodes per availability zone, risking over-provisioning and increased costs without significant benefits.

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