English Lessons Picture Vocabulary

Types of Containers | Containers Vocabulary

Types of Containers | Containers Vocabulary
Written by Abdul

Welcome, students! In this lesson, we’ll look into containers, which are similar to digital software packages. Consider a lunchbox that contains everything a software requires to function, making it extremely portable and easy to use on multiple machines. Throughout our lesson, we’ll discover the vocabulary of containers, such as how they’re formed (containerization), and managed (orchestration), and the fascinating technologies that make it all happen, such as Docker and Kubernetes. By the conclusion, you’ll be fluent in the container vocabulary, allowing you to perform your magic! Let’s get this wonderful trip started!

Containers Name List

  • Packet
  • Carton
  • Bottle
  • Can
  • Tub
  • Tube
  • Roll
  • Loaf
  • Jug
  • Jar
  • Glass
  • Box
  • Slice
  • Bag
  • Bar
  • Liter
  • Kilo
  • Tray
  • Spray can
  • Cup
  • Mug
  • Tin can
  • Basket
  • Bunch
  • Dozen
  • Blister pack
  • Pack
  • Six–pack
  • Spray bottle
  • Piece
  • Pouch
  • Tumbler
  • Vial
  • Bucket
  • Tote
  • Canteen

Types of Containers with Their Uses & Examples


  • Use: Often for small, individual portions of items.
  • Example: I bought a packet of sugar for my coffee.


  • Use: Typically for storing liquids or fragile items.
  • Example: The eggs are in the carton on the top shelf.


  • Use: Common for liquids like beverages, oils, or cleaning solutions.
  • Example: I bought a bottle of olive oil for cooking.


  • Use: Often used for beverages, canned goods, or non-perishable foods.
  • Example: Let’s have a can of soup for lunch.


  • Use: Used for larger quantities of items like ice cream or butter.
  • Example: The ice cream is in the tub in the freezer.


  • Use: Common for products like toothpaste, creams, or gels.
  • Example: I need a new tube of toothpaste.


  • Use: Typically used for materials that can be rolled, like paper or fabric.
  • Example: I bought a roll of wrapping paper for the gifts.


  • Use: Commonly used for bread or other baked goods.
  • Example: We need a loaf of bread for sandwiches.


  • Use: Often used for liquids, especially larger quantities.
  • Example: The juice is in the jug in the fridge.


  • Use: Common for preserving foods like jams, pickles, or sauces.
  • Example: I made some strawberry jam and put it in a jar.


  • Use: Typically used for beverages.
  • Example: Pour me a glass of water, please.


  • Use: General-purpose containers for various items.
  • Example: I packed my books in a box for the move.


  • Use: Used for portions of items like bread, cheese, or meat.
  • Example: Can I have a slice of pizza?


  • Use: Common for packaging various items for carrying.
  • Example: I put the groceries in a reusable bag.


  • Use: Often used for solid items like soap, chocolate, or detergent.
  • Example: I bought a bar of dark chocolate.


  • Use: Commonly used for measuring and packaging liquids.
  • Example: I bought a liter of milk from the store.


  • Use: Used for measuring and packaging food items by weight.
  • Example: I need half a kilo of ground beef for the recipe.


  • Use: Often used for serving or organizing items.
  • Example: The waiter brought a tray of appetizers.

Spray can

  • Use: Typically used for dispensing liquid in a spray form.
  • Example: I sprayed some air freshener from the can.


  • Use: Common for beverages or small portions of food.
  • Example: I had a cup of coffee to start my day.


  • Use: Similar to a cup, often used for hot beverages like coffee or tea.
  • Example: She gave me a mug of hot chocolate.

Tin can

  • Use: Similar to a can, often used for packaging food items.
  • Example: I opened a tin can of tomatoes for the sauce.


  • Use: Typically used for carrying or organizing items.
  • Example: I filled the basket with fresh fruits from the market.


  • Use: Used for grouping items like flowers or bananas.
  • Example: I bought a bunch of roses for my mom.


  • Use: Often used for packaging or buying items in quantities of twelve.
  • Example: I bought a dozen eggs for baking.

Blister pack

  • Use: Common for packaging small items, often pharmaceuticals.
  • Example: The medication comes in a blister pack with individual doses.


  • Use: General term for a collection of items packaged together.
  • Example: I bought a pack of pens for school.


  • Use: Typically used for packaging beverages in a group of six.
  • Example: Let’s get a six-pack of soda for the party.

Spray bottle

  • Use: Similar to a spray can, used for dispensing liquids.
  • Example: I used a spray bottle to mist the plants.


  • Use: Generic term for an individual item.
  • Example: Can I have a piece of chocolate?


  • Use: Typically used for packaging small items, often flexible.
  • Example: I keep my makeup in a small pouch in my purse.


  • Use: Often used for serving beverages, especially cold drinks.
  • Example: She sipped her iced tea from a tumbler.


  • Use: Common for storing small amounts of liquids, especially in a scientific or medical context.
  • Example: The scientist carefully poured the solution into a vial.


  • Use: Used for carrying or holding larger quantities of liquids or objects.
  • Example: We filled the bucket with water for the garden.


  • Use: Typically used for carrying various items, especially shopping.
  • Example: I use a tote bag for my groceries.


  • Use: Often used for carrying water, especially in outdoor activities.
  • Example: The hiker filled his canteen at the stream.

15 Commonly Asked Questions About Containers

1. What is a container in computing?

A container in computing is a lightweight, standalone, and executable software package that includes everything needed to run a piece of software, including the code, runtime, libraries, and system tools.

2. How do containers differ from virtual machines (VMs)?

Containers share the host operating system’s kernel and are more lightweight than VMs. They are faster to start, use fewer resources, and are more portable because they package applications and their dependencies.

3. What is Docker, and how is it related to containers?

Docker is a platform that enables developers to automate the deployment of applications inside lightweight, portable containers. It has become a popular tool for containerization.

4. Why use containers in software development?

Containers provide consistency across different development, testing, and deployment environments. They simplify dependency management, enhance scalability, and improve the reproducibility of software deployments.

5. How are containers orchestrated, and what is container orchestration?

Container orchestration involves managing the deployment, scaling, and operation of containerized applications. Tools like Kubernetes, Docker Swarm, and OpenShift are used to automate containerized application management.

6. What are microservices, and how do they relate to containers?

Microservices is an architectural style where an application is composed of loosely coupled, independently deployable services. Containers are often used to encapsulate and deploy individual microservices, providing isolation and scalability.

7. What is Kubernetes, and why is it popular in the context of containers?

Kubernetes is an open-source container orchestration platform that automates the deployment, scaling, and management of containerized applications. It has gained popularity for its robust features and community support.

8. How do containers improve application portability?

Containers encapsulate an application and its dependencies, ensuring consistency across different environments. This makes it easier to move applications between development, testing, and production environments.

9. What is containerization security, and how is it addressed?

Containerization introduces unique security considerations. Security measures include image scanning for vulnerabilities, user privilege management, network segmentation, and implementing best practices for securing containerized applications.

10. Can containers be used for stateful applications, or are they only for stateless applications?

Originally designed for stateless applications, containers now support stateful applications as well. Persistent storage solutions, such as Kubernetes Persistent Volumes, have been developed to handle stateful workloads in containers.

11. How does containerization impact DevOps practices?

Containers enhance DevOps by facilitating continuous integration and delivery (CI/CD), improving collaboration between development and operations teams, and providing a consistent environment throughout the development lifecycle.

12. What are some common challenges with containerization?

Challenges include managing container sprawl, ensuring security, dealing with persistent data, and adapting existing applications to work in a containerized environment.

13. What is the difference between a container image and a container runtime?

A container image is a lightweight, standalone, and executable software package, while a container runtime is responsible for running and managing containers. Docker is an example of a container runtime.

14. How can I monitor and troubleshoot containers in production?

Monitoring tools specific to containers, such as Prometheus, Grafana, and Kubernetes’ built-in monitoring, can help track the performance and health of containerized applications in production.

15. What are serverless containers, and how do they differ from traditional containers?

Serverless containers, also known as Function as a Service (FaaS), allow developers to run individual functions in containers without managing the underlying infrastructure. They provide an event-driven, scalable approach to containerized workloads.

Types of Containers | Images

Types of Containers | Containers Vocabulary

Types of Containers

Types of Containers | Containers Vocabulary

Containers Vocabulary

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