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  2. Aug 9, 2024 · The boiling point of water is 100°C, at this temperature it becomes steam. Examples of liquid are water, oils and blood. In a liquid, the liquid on the top presses down on the liquid underneath, so at the bottom the pressure, p, is bigger than at the top. The equation for working this out is: p = ρgz.

  3. Liquid is one of the three principle states of matter. In its characteristics, a liquid is intermediate between a gas and a solid, the other two principle states. Like gases, liquids can flow and take on the shape of the container in which they are placed—characteristics not found in solids.

  4. Liquids. They can flow or be poured easily. They are not easy to hold. They change their shape depending on the container they are in. Even when liquids change their shape, they always take up the...

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    • Lesson Plan Variations
    Start the lesson by introducing the concept of liquids and some of their properties. Ask students about their favorite drinks.
    Continue the discussion. Ask:
    Have students name examples of solids versus liquids. Write them in two columns on the board.
    Then show students the corn syrup, the dish soap, the colored water, and the oil. Haves students identify each liquid and add them to the "liquid column" if not listed yet. Ask students about the f...
    Ask students what properties they could investigate and make a list together. The list should include properties such as color, smell, taste, density (mass per volume), and viscosity ("thickness,"...
    After brainstorming with your students how to test each of the selected properties, do a brief demonstration of each test to guide groups through the individual steps of their investigation.
    Split the students into groups of 2–3 and provide each student with a worksheet. Then give students 15–20 minutes to conduct their tests in their groups. Tell them they should discuss their observa...
    Once each group has completed their investigation, bring all students together and discuss each tested liquid property with the whole class.
    Together with students, classify the different liquids based on their observed properties.
    Challenge students to identify an unknown liquid based on its properties. Show them the prepared mini cup filled with apple cider vinegar. Allow students to come closer to smell the liquid and then...
    End the lesson by reiterating that materials, including liquids, have different observable properties that can be used to describe and classify them.

    Discussing or reading about these careers can help students make important connections between the in-class lesson and STEM job opportunities in the real world.

    Have students investigate an additional liquid, such as rubbing alcohol. Keep all liquid amounts the same. Have students observe and discuss the ways the liquids flowed or what layers they formed i...
    Ask students to come up with other properties that they could test with their liquids. These could include taste (if safe!), stickiness, or surface tension. For information on how to test the surfa...
    In addition to stacking the liquids on top of each other, have students measure the same amount of liquid into separate cups and weigh each liquid on a scale. This is another way of testing each li...
  5. Do you know that matter comes in three different states? Solid, liquid, and gas. Learn about the properties that make matter a liquid.

    • 6 min
    • 20.6K
    • Pennsylvania Historical and Museum Commission
  6. All about Solids, Liquids, and Gases for Kids. Everything in the world can exist in one of three states: as a solid, as a liquid, or as a gas. These are the three states of matter. What is matter? Matter is everything that you can see or feel or touch around you. It includes things like the air we breathe and the items we use in everyday life.

  7. Liquid Basics. Liquids are the second state of matter we will talk about. Solids are objects you can hold and maintain their shape. Gases are floating around you or trapped in bubbles. Liquids are found between the solid and gas states.