Kubernetes Vs Docker: What's the Difference?
Test your knowledge on the differences between Kubernetes and Docker with this quiz! Can you score 10/10?
1. Which of the following best describes Docker?
A container orchestration tool
A virtual machine platform
A containerization platform
A cloud service provider
2. What functionality is Kubernetes specifically designed for?
Containerization
Hosting static websites
Orchestrating containerized applications
Database management
3. Which of the following best describes the relationship between Docker and Kubernetes?
Direct competitors
Mutually exclusive tools
Complementary technologies for managing containers
Tools for database optimization
4. What key feature does Kubernetes offer that Docker alone does not?
Building container images
Automated deployment and scaling of containers
Creation and sharing of containers
Local development support
5. Which Kubernetes component acts as a stable network endpoint to access applications running within containers?
Pods
Services
Nodes
Clusters
6. Which Docker limitation is addressed by Kubernetes?
Dynamic IP addresses
Limited networking capabilities
Single node communication
All of the above
7. What is Docker Swarm?
A container orchestration tool
A cloud storage service
A load testing framework
A static website hosting service
8. What is a primary advantage of using Docker for development?
Advanced orchestration capabilities
Built-in scaling
Consistency in runtime environments
Complex networking features
9. Which statement is true about using Kubernetes and Docker together?
They cannot be used together
Kubernetes builds containers and Docker deploys them
Kubernetes manages the orchestration while Docker handles containerization
Both manage and orchestrate containers simultaneously
10. Which system is more suitable for production-grade applications at scale?
Docker Desktop
Docker Swarm
Kubernetes
Virtual Machines
