Containers in the Cloud Quiz Answers Week 5 Here you will find all the questions and quiz answers related to Containers in the Cloud Quiz Answers Week 5.
Containers in the Cloud Quiz Answers Week 5
Q1. True or false: each container has its own instance of an operating system.
Q2. Containers are loosely coupled to their environments. What does that mean? Choose all the statements that are true. (3 correct answers)
- Deploying a containerized application consumes less resources and is less error-prone than deploying an application in virtual machines.
- Containers are easy to move around.
- Containers package your application into equally sized components.
- Containers don’t require any particular runtime binary.
- Containers abstract away unimportant details of their environments.
Q1. What is a Kubernetes Pod?
- A group of nodes
- A group of clusters
- A group of containers
Q2. What is a Kubernetes cluster?
- A group of machines where Kubernetes can schedule workloads
- A group of containers that provide high availability for applications
Q1. Where do the resources used to build Kubernetes Engine clusters come from?
- Bare-metal servers
- Compute Engine
- App Engine
Q2. True or false: Google keeps Kubernetes Engine refreshed with successive versions of Kubernetes
Containers, Kubernetes, and Kubernetes Engine
Q1. Identify two reasons for deploying applications using containers. (Choose 2 responses.)
- Consistency across development, testing, production environments
- No need to allocate resources in which to run containers
- Tight coupling between applications and operating systems
- Simpler to migrate workloads
Q2. True or False: Kubernetes allows you to manage container clusters in multiple cloud providers.
Q3. True or False: Google Cloud Platform provides a secure, high-speed container image storage service for use with Kubernetes Engine.
Q4) In Kubernetes, what does “pod” refer to?
- A group of containers that work together
- A popular management subsystem
- A group of clusters that work together
- A popular logging subsystem
Q5) Does Google Cloud Platform offer its own tool for building containers (other than the ordinary docker command)?
- Yes; the GCP-provided tool is an option, but customers may choose not use it.
- No; all customers use the ordinary docker command.
- Yes. Kubernetes Engine customers must use the GCP-provided tool.
Q6) Where do your Kubernetes Engine workloads run?
- In clusters implemented using App Engine
- In clusters built from Compute Engine virtual machines
- In clusters that are built into GCP, not separately manageable
- In clusters implemented using Cloud Functions
All Google Cloud Fundamentals: Core Infrastructure Quiz Answers –
Week 1 – Google Cloud Fundamentals: Core Infrastructure
Week 2 – Getting Started with Google Cloud Platform
Week 3 – Google Compute Engine and Networking
Week 5 – Containers in the Cloud
Week 6 – Applications in the Cloud
Week 7 – Developing and Monitoring in the Cloud
Week 8 – Big Data and Machine Learning
About Google Cloud Fundamentals: Core Infrastructure
Google Cloud Fundamentals: Core Infrastructure introduces important concepts and terminology for working with Google Cloud. Through videos and hands-on labs, this course presents and compares many of Google Cloud’s computing and storage services, along with important resource and policy management tools.
What You Will Learn In Google Cloud Fundamentals: Core Infrastructure
- Identify the purpose and value of Google Cloud products and services.
- Choose among and use application deployment environments on Google Cloud: App Engine, Google Kubernetes Engine, and Compute Engine.
- Choose among and use Google Cloud storage options: Cloud Storage, Cloud SQL, Cloud Bigtable, and Firestore.
- Interact with Google Cloud services.
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