What's Matter? - Crash Course Kids #3.1

Crash Course Kids
17 Mar 201503:31
EducationalLearning
32 Likes 10 Comments

TLDRThis script explores the concept of matter, explaining that everything from people to pets is made of it. It defines matter as anything with weight and volume, and discusses its various states: solids, liquids, and gases. The script uses everyday examples and simple experiments to demonstrate that even invisible gases like air are matter, taking up space and having weight. It concludes with a playful reminder that everything technically matters.

Takeaways
  • 🧠 Everything, including people, animals, and objects, is made of matter.
  • 📚 The scientific definition of matter is anything that has weight and takes up space.
  • 🌡 Weight is a measure of how heavy something is, which can be determined by a scale.
  • 📏 Taking up space is another way of saying that matter has volume, which is the space it occupies.
  • 💧 Water is an example of a liquid, which has both volume and weight.
  • 🏔 Solids, like rocks and soccer balls, are a state of matter that have weight and occupy space.
  • 🌀 Gases, such as air, are the third main state of matter and also have weight and volume.
  • 🔍 Sometimes matter, like air, can't be seen or felt but can be proven to exist through experiments.
  • 🎈 An experiment with balloons can demonstrate that air takes up space and has weight.
  • ⚖️ The weight of a balloon increases when it is filled with air, showing that air contributes to its weight.
  • 🌟 All states of matter—liquids, solids, and gases—have weight and take up space, regardless of visibility.
Q & A

  • What is the scientific definition of matter?

    -Matter is anything that has weight and takes up space.

  • What are the two main properties that define matter?

    -The two main properties of matter are volume and weight.

  • How does a doctor measure a person's weight?

    -A doctor measures a person's weight by having them stand on a scale.

  • What is the relationship between a substance's volume and the space it occupies?

    -The volume of a substance is the amount of space it occupies, as demonstrated by water filling a glass.

  • What are the different states of matter mentioned in the script?

    -The script mentions three states of matter: solid, liquid, and gas.

  • Why do liquids take up space?

    -Liquids take up space because they have volume, which is the amount of space they fill.

  • What is an example of a solid mentioned in the script?

    -Rocks, ice, soccer balls, iPads, and even pets like Fluffy are examples of solids.

  • How can the presence of air, a gas, be demonstrated?

    -The presence of air can be demonstrated by experiments that show it takes up space and has weight, such as inflating a balloon and observing its effect on a balanced meter stick.

  • Why does a full balloon make one end of a meter stick sink when balanced?

    -A full balloon makes one end of the meter stick sink because the air inside the balloon adds weight, demonstrating that air has weight.

  • What conclusion can be drawn from the script about the nature of matter?

    -The conclusion from the script is that all matter, regardless of its state (solid, liquid, or gas), has weight and takes up space.

  • What does the script suggest you should tell someone if they say 'something doesn't matter'?

    -The script suggests you should tell them that technically everything is matter, as stated by Sabrina.

Outlines
00:00
🧠 Understanding Matter: Definition and Properties

The paragraph introduces the concept of matter, explaining that everything around us, including people, objects, and pets, is made of it. It defines matter as anything with weight and volume, giving examples of how weight is measured and how volume is the space an object occupies. The paragraph also touches on the different states of matter, emphasizing that despite their different appearances, all matter shares these fundamental properties.

💧 The States of Matter: Liquids and Solids

This section delves into the states of matter, focusing on liquids and solids. It uses the example of water to illustrate how liquids take up space and have weight, as demonstrated by the experience of drinking from a water bottle. Solids are described as the most obvious state of matter, with examples like rocks, ice, soccer balls, iPads, and even people, all of which have weight and volume. The paragraph highlights that despite their tangible nature, these states of matter are part of the broader concept of matter.

🌬 The Invisible Matter: Gases and Experiments

The paragraph explores the concept of gases as a state of matter, using air as an example. It addresses the challenge of proving the existence of something that cannot be seen or felt by conducting simple experiments. The first experiment shows that air takes up space by demonstrating that a balloon filled with air cannot fit into a small box. The second experiment involves a balanced meter stick with balloons, where filling one balloon with air causes the stick to tilt, proving that air has weight. The conclusion is that air, like other states of matter, has volume and weight, reinforcing the idea that all matter possesses these properties.

Mindmap
Keywords
💡Matter
Matter is a fundamental concept in the video, defined as anything that has weight and takes up space. It is the core of the video's theme, explaining that everything from people to objects is composed of matter. The script uses examples such as soccer balls, iPads, and pets to illustrate that all these entities are made of matter.
💡Weight
Weight is a measure of how heavy an object is, and it is a key attribute of matter. In the script, weight is mentioned in the context of a doctor's office where patients stand on a scale to have their weight measured, emphasizing its relevance to understanding the concept of matter.
💡Volume
Volume refers to the amount of space that a substance or object occupies. It is closely related to the concept of matter, as all matter has volume. The script provides the example of water filling a glass to demonstrate how volume is an indicator of the space an object takes up.
💡States of Matter
The video discusses different states in which matter can exist, namely solid, liquid, and gas. This concept is central to the video's educational message, explaining the variety of forms matter can take. The script uses the example of water as a liquid and ice as a solid to illustrate these states.
💡Liquids
Liquids are one of the states of matter and are characterized by their ability to take up the shape of their container while maintaining a constant volume. The script mentions pouring a drink as an everyday example of dealing with liquids and their property of occupying space.
💡Solids
Solids are another state of matter, which have a definite shape and volume that does not change with external pressure. The script uses rocks and ice as examples of solids, and explains that they, along with soccer balls and iPads, are forms of matter with weight and volume.
💡Gases
Gases are the third state of matter discussed in the video, characterized by their ability to expand and fill any space available to them. The script uses air as an example of a gas, explaining that despite being invisible, it is matter that has weight and takes up space.
💡Experiment
The script describes an experiment to demonstrate that air is matter, which involves using balloons and a meter stick to show that air has weight and takes up space. This experiment is crucial to the video's narrative, providing a practical way to understand the properties of gases.
💡Balance
Balance is used in the context of the experiment to show the weight difference between an empty and a full balloon. The meter stick balanced on a string serves as a visual demonstration that the full balloon, containing air, has more weight, thus proving that air is matter.
💡Sabrina
Sabrina appears to be the presenter or the character delivering the educational content in the video. Her name is used to add a personal touch and credibility to the information provided, with the script ending on a note that encourages viewers to attribute the knowledge they've gained to her.
Highlights

Everything is made of matter, including people, objects, and even pets.

Matter is defined scientifically as anything with weight and volume.

Weight is a measure of how heavy something is, like when measured on a scale.

Volume refers to the space an object occupies, as demonstrated with water in a glass.

Matter exists in different states, including liquids, solids, and gases.

Liquids take up space and have weight, as shown by a drink spilling over a glass.

Solids, like rocks and soccer balls, are a common and easily identifiable state of matter.

Even intangible things like air are matter, as they take up space and have weight.

Air's presence can be demonstrated by its ability to occupy space, as with a balloon.

The weight of air can be shown through a balance experiment with balloons.

A full balloon weighs more than an empty one due to the weight of the air inside.

All states of matter - liquid, solid, and gas - have weight and volume.

The concept that everything is matter can be used to challenge dismissive statements.

Sabrina's explanation simplifies complex scientific concepts for a general audience.

The video uses everyday examples to explain the properties and states of matter.

Science experiments are utilized to prove the presence and properties of air as matter.

The video concludes with a memorable and humorous reminder of the universality of matter.

Transcripts

Browse More Related Video

What Is Matter? - The Dr. Binocs Show | Best Learning Videos For Kids | Peekaboo Kidz

States of Matter (Phases of Matter): Solids, Liquids, and Gases

3 States of Matter for Kids (Solid, Liquid, Gas): Science for Children - FreeSchool

States of Matter - Solids, Liquids, Gases & Plasma - Chemistry

3 States of Matter Science DIY Educational For Kids ( Solid Liquid Gas )

Phases of Matter and Phase Change Diagrams

Rate This

5.0 / 5 (0 votes)

Thanks for rating:

Related Tags
Matter DefinitionScience EducationStates of MatterVolume and WeightLiquidsSolidsGasesExperimentsWeight MeasurementSpace OccupationEducational Humor