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Deploy, manage, and monitor Windows containers on Azure Kubernetes Service Microsoft Quiz Answers

Get Deploy, manage, and monitor Windows containers on Azure Kubernetes Service Microsoft Quiz Answers

Learn how to deploy, manage, monitor, and operate Windows containers on Azure Kubernetes Service and AKS Hybrid by examining the core principles of Windows containers and Kubernetes.

Prerequisites:

  • Basic knowledge of Windows Server virtualization
  • An Azure subscription
  • Ability to use the Azure CLI
  • Ability to navigate the Azure portal

Enroll on Microsoft

Module 1: Introduction to Docker containers

Describe the benefits of using Docker containers as a containerization platform. Discuss the infrastructure provided by the Docker platform.

Learning objectives:

In this module, you will:

  • Evaluate whether Docker is an appropriate containerization platform for you
  • Describe how the components of Docker containers support compute container implementations

Prerequisites:

  • Knowledge of operating system virtualization concepts at beginner level
  • Knowledge of command-line based applications at beginner level

This module is part of these learning paths:

Quiz 1: How Docker images work

Q1. Docker Desktop is an app for building and sharing containerized apps and microservices available on which of the following operating systems?

  • macOS only
  • Linux only
  • Windows, macOS, and Windows Subsystem for Linux (WSL)

Q2. Which is correct Docker command to rebuild a container image?

  • docker rebuild
  • docker compile
  • docker build

Q3. Which of the following sentences describe a container image the best?

  • A container image is a read-only portable package that contains software and may include an operating system.
  • A container image is a set of commands that builds a container.
  • A container image is a read-only portable package that contains software.

Quiz 2: How Docker containers work

Q1. A container is launched using the –publish 8080:80 flag. Which of the following options is the most likely network configuration used for the container?

  • none
  • bridge
  • host

Q2. Which storage option is the best choice that allows the host and container to share a file to manage name server resolution, for example the resolve.conf file on Linux?

  • A volume
  • Bind mount

Module 5: Introduction to Azure Kubernetes Service

Determine the types of business problems that can be solved using Azure Kubernetes Service. Describe the benefits of container orchestration with features like deployment management, automatic updates, and self-healing.

Learning objectives:

In this module, you will:

  • Evaluate whether Azure Kubernetes Service is an appropriate Kubernetes orchestration platform for you
  • Describe how the components of Azure Kubernetes Service work to support compute container orchestration

Prerequisites:

  • Basic understanding of microservices

This module is part of these learning paths:

Quiz 1: Knowledge check

Q1. Suppose you work for a company that builds a Massively Multiplayer Online (MMO) game. You decide to move all your services to Azure Kubernetes service. Which of the following components will contribute to your monthly Azure charge?

  • The Master node
  • Per deployed Pod
  • Per node VM

Q2. Suppose you work for an event management company. Your events website needs persisted storage. Which feature of AKS will you use?

  • Use Azure Container Registry
  • Storage volume support
  • Enable the horizontal pod autoscaler

Q3. Suppose you work for a company that monitors weather conditions. Your team of developers needs to do end-to-end testing with other components in your AKS cluster. The team wants to do testing without replicating or mocking up dependencies. Which service should they use?

  • Deployment Center
  • Draft
  • Bridge to Kubernetes

Module 6: Manage Azure Kubernetes Service on Azure Stack HCI

This module describes how to implement and manage Microsoft Azure Kubernetes Service on Azure Stack HCI.

Learning objectives:

In this module, you will:

  • Describe Kubernetes and Azure Kubernetes Service (AKS).
  • Describe Azure Kubernetes Service on Azure Stack HCI.
  • Deploy AKS and Kubernetes clusters.
  • Connect Azure Kubernetes Service on Azure Stack HCI to Microsoft Azure Arc for Kubernetes.
  • Manage pod placement on multi-pool Kubernetes clusters.
  • Manage pod storage on Kubernetes clusters.
  • Implement containerized Windows workloads.
  • Troubleshoot Azure Kubernetes Service on Azure Stack HCI.

Prerequisites:

  • Familiarity with the key features of Windows Server
  • Familiarity with the concept of virtualization
  • Familiarity with the architecture, core capabilities, and primary use cases of Azure Stack HCI
  • Familiarity with the concept of containerization and container orchestration

This module is part of these learning paths:

Quiz 1: Overview of Kubernetes and AKS

Q1. While you were evaluating the suitability of using Kubernetes for containerized workloads you intend to deploy to Contoso’s Azure Stack HCI environment, you realized that you will need to restrict users who use the same Kubernetes cluster from creating, viewing, or using containerized resources. Which Kubernetes feature should you use to restrict users?

  • Helm charts
  • Deployments
  • Namespaces

Quiz 2: Overview of Azure Kubernetes Service on Azure Stack HCI

Q1. You are preparing for deployment of containerized workloads by using Kubernetes on your existing Azure Stack HCI cluster that you set up for Contoso. You need to minimize the overhead associated with maintaining operating system images for the Kubernetes cluster nodes. What should you do first?

  • Deploy the AKS cluster.
  • Register Azure Stack HCI with Azure.
  • Onboard Azure Stack HCI to Azure Arc.

Quiz 3: Deploy an AKS cluster to Azure Stack HCI

Q1. You’re documenting the AKS installation procedure for Contoso’s IT operational team that will be performing similar installations on many Azure Stack HCI clusters. You must list the prerequisites for installing the AKS extension for Windows Admin Center. Which step should you include in your list?

  • Enabling CredSSP.
  • Modifying Windows Admin Center feed manager settings.
  • Register Windows Admin Center with Azure.

Quiz 4: Deploy a Kubernetes cluster to Azure Stack HCI

Q1. You are documenting the procedure of creating a Kubernetes cluster for Contoso’s IT operation team that will be performing similar installations on many Azure Stack HCI clusters. You need to describe the step to configure the size of the VMs used to host the control plane components of the Kubernetes cluster. Which of the following is that step?

  • Node pools
  • Basics
  • Integration

Quiz 5: Connect Azure Kubernetes Service on Azure Stack HCI to Azure Arc for Kubernetes

Q1. To promote operational excellence in Contoso, you decide to script the process of connecting Kubernetes clusters on Azure Stack HCI to Azure Arc for Kubernetes. You’ve a newly created subscription and want to ensure that the onboarding will complete successfully. What should you do after you successfully authenticate and access the target subscription?

  • Connect Azure Stack HCI to Azure Arc.
  • Deploy at least one Windows worker node into the Kubernetes cluster.
  • Register Azure Resource providers.

Quiz 6: Manage pods on multi-pool Kubernetes clusters

Q1. Contoso is planning to deploy Windows and Linux containerized workloads into AKS on Azure Stack HCI. You need to document the procedure that would ensure that Windows-based pods are deployed to the Kubernetes cluster nodes running Windows. You decided to use taints and tolerations for this purpose. To which cluster component should you apply the taint?

  • Pod
  • Node
  • Deployment

Quiz 7: Manage pod storage on Kubernetes clusters

Q1. Because Contoso developers are working on containerizing stateful workloads, you want to test the implementation of persistent pod storage by using your deployment of AKS on Azure Stack HCI. What do you have to define first?

  • Persistent volume claim
  • Storage class
  • Persistent volume

Quiz 8: Implement containerized Windows workloads

Q1. Contoso’s Information Security team requests you to investigate the options for implementing AD DS-based authentication of Windows-based containerized workloads hosted by AKS on Azure Stack HCI. You start by deploying a Kubernetes cluster containing Windows Server nodes into your Azure Stack HCI cluster. What should you do next?

  • Register the Azure Stack HCI cluster with Azure.
  • Enable CredSSP in the Azure Stack HCI cluster.
  • Join the Kubernetes cluster Windows Server nodes to the AD DS domain.

Quiz 9: Troubleshoot Azure Kubernetes Service on Azure Stack HCI

Q1. As part of evaluating AKS on Azure Stack HCI for Contoso, you are documenting the steps to connect to the newly deployed Windows Server nodes of a Kubernetes cluster. What authentication method should you use during such connections?

  • Asymmetric key pair
  • Active Directory
  • Azure Active Directory

Module 7: Deploy a containerized application on Azure Kubernetes Service

Rapidly deploy a containerized application hosted on Azure Container Services or any other registrar to Azure Kubernetes Service by using declarative manifest files.

Learning objectives:

By the end of this module, you’ll be able to:

  • Create and set up an Azure Kubernetes Service cluster.
  • Deploy Kubernetes workloads by using deployment YAML files.
  • Expose Kubernetes workloads by using services and ingress.

Prerequisites:

  • An Azure subscription
  • Ability to use the Azure CLI
  • Ability to create a Docker container
  • Ability to navigate the Azure portal
  • Basic knowledge of Kubernetes and its concepts

This module is part of these learning paths:

Quiz 1: Create an Azure Kubernetes Service cluster

Q1. Which of the following describes a Kubernetes cluster architecture?

  • Single control plane, several nodes.
  • Several control planes, single node.
  • No nodes, only control plane.

Q2. What are node pools?

  • A configuration to create multiple node types in the same cluster.
  • A place to store the nodes you’ll create in the future without paying.
  • An Azure resource that allows for node sharing between clusters.

Q3. What does the HTTP application routing add-on do?

  • Allows for internal routing of HTTP applications among Kubernetes nodes.
  • Logs all routing messages from HTTP workloads.
  • Allows for instant exposing of an app to external networks when you create ingresses.

Quiz 2: Deploy an application on your Azure Kubernetes Service cluster

Q1. What is a container registry?

  • Remote storage where we can store our images safely so Kubernetes can download and run them.
  • An index of where Kubernetes can find an image source to download and execute.
  • A version control system for container images that allows us to switch between versions.

Q2. What is a manifest file?

  • Files that manifest the intentions of Kubernetes in your computer.
  • Describes exactly how the cluster can be accessed through contexts.
  • Describes everything needed to create and manage a workload.

Quiz 3: Enable network access to an application

Q1. What’s the purpose of the ClusterIP service type?

  • To freeze the cluster’s IP so that we can access it directly.
  • To make services available to other Azure Kubernetes Service clusters within the Azure network.
  • To group pods into one single IP that’s only available within the cluster.

Q2. What’s the purpose of the LoadBalancer service type?

  • To expose the service externally by using Azure’s load-balancing solution.
  • To balance the flow of internal communication in the cluster.
  • To group several different pods into a reverse proxy that’s used internally in the cluster.

Q3. What is an ingress?

  • A workload to create DNS zone records in Azure via API access to the cloud.
  • A workload to define the set of rules that allow external applications into the cluster.
  • Groups pods into one single IP address so they don’t lose their IPs when they’re destroyed.
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