9 AMAZING ICE experiments you must see (4k)

Go Experimental
25 Jan 202010:00
EducationalLearning
32 Likes 10 Comments

TLDRThe video script presents a series of intriguing experiments and tricks involving ice, vinegar, baking soda, and other household items. It begins with a cautionary note against attempting a particular ice and boiling water trick due to the risk of glass shattering and scalding. The script then details a mixture of baking soda and vinegar, which, after an hour and the addition of water, is cooked on low heat until clear. This is followed by a demonstration using olive oil, baby oil, table salt, and ice in boiling water, emphasizing the danger involved and advising against replication. The video also explores the concept of thermal conductivity with a comparison between plastic, aluminum, and a copper wire, showing how each material reacts when in contact with a heated plate. The segment concludes with an experiment involving purified water at room temperature and the observation of condensation, prompting viewers to ponder which material will melt first. The video serves as an engaging exploration of simple science at home, with a strong emphasis on safety.

Takeaways
  • ⚠️ Do not attempt the ice boiling water trick as it's dangerous and can lead to glass shattering and scalding.
  • 🧂 A mixture of baking soda and vinegar can be used for cleaning purposes; mix 880g of baking soda with 1 litre of vinegar.
  • ⏰ Allow the baking soda and vinegar mixture to sit for an hour before adding 200ml of water.
  • 🔥 Cook the mixture on low heat until it becomes clear, which indicates it's ready for use.
  • 🧅 Olive oil, baby oil, and table salt can be used as a cleaning agent; let the mixture sit for a minute before use.
  • 🧊 The ice boiling water trick is a demonstration of how ice can cause water to re-boil when placed on top after being removed from heat.
  • 💧 Purified water at room temperature can be used for a melting experiment to observe the effects of different materials' thermal conductivity.
  • ⏳ Wait for two hours before carefully removing the items from the water to observe the melting process.
  • 🌫 Clear condensation on the glass can indicate the rate at which different materials are melting or conducting heat.
  • ❓ The question posed is which material will melt first, implying the experiment is about thermal conductivity.
  • 📏 Plastic is noted as an insulator, which means it doesn't conduct heat well and will melt due to contact with a hot plate.
  • 🛠️ Aluminium is a conductor and will melt more quickly than plastic due to its ability to transfer heat efficiently.
  • 🔌 A copper wire is mentioned as passing straight through, possibly indicating it has the highest thermal conductivity among the materials tested.
Q & A

  • What is the warning associated with the ice boiling water trick?

    -The warning is that one should not attempt the ice boiling water trick because the glass can easily break and cause scalding.

  • What are the main ingredients in the cleaning mixture described in the script?

    -The main ingredients are baking soda (880 grams), vinegar (1 litre), and water (200 millilitre).

  • How long should the cleaning mixture be cooked on low heat?

    -The cleaning mixture should be cooked on low heat for 1 hour until it becomes clear.

  • What is the purpose of adding olive oil, baby oil, and table salt to the mixture?

    -The purpose is not explicitly stated in the script, but these ingredients are likely added to enhance the cleaning properties or to create a specific texture or consistency.

  • What is the duration for which the mixture should be left after adding the oils and salt?

    -The mixture should be left for one minute after adding the oils and salt.

  • What is the phenomenon that occurs when ice is placed on boiling water after it has been removed from heat and allowed to sit for ten seconds?

    -The ice placed on the top will cause the water to return to a boil due to the rapid cooling and subsequent re-evaporation of water vapor.

  • Why should the ice boiling water trick not be attempted at home?

    -It should not be attempted because the rapid temperature change can cause the glass to shatter, leading to potential scalding injuries.

  • What type of water is used in the second part of the demonstration?

    -Purified water at room temperature is used.

  • How long should one wait before removing the object from the water in the second part of the demonstration?

    -One should wait for two hours before removing the object carefully.

  • What is the purpose of observing clear condensation in the second part of the demonstration?

    -Clear condensation is likely being observed to demonstrate a point about the rate of cooling or the properties of different materials in contact with the water.

  • Which material melts mostly due to contact with a hot plate?

    -Plastic, being an insulator, melts mostly due to contact with a hot plate.

  • How does a copper wire behave when in contact with a hot plate?

    -A copper wire, being a good conductor of heat, passes the heat straight through without melting as much as an insulator would.

Outlines
00:00
🧊 Amazing Ice Tricks and Safety Warning

This paragraph introduces a series of tricks utilizing ice, vinegar, and baking soda. It emphasizes a safety warning against attempting the 'ice boiling water' trick due to the risk of glass shattering and causing scalds. The process involves mixing baking soda and vinegar, waiting for an hour, then adding water and cooking on low heat until clear. Various substances like olive oil, baby oil, and table salt are mentioned, suggesting a method to observe their interaction with ice. The paragraph concludes with a cautionary note about the potential danger of the ice boiling water trick and a mention of using purified water at room temperature.

05:02
⏱️ Melting Point Experiment with Different Materials

The second paragraph describes an experiment to determine which material melts first when subjected to heat. It involves waiting for two hours, carefully removing an item, and observing the clear condensation formed. The paragraph poses a question about which material will melt first, listing plastic, which is an insulator, and aluminum, which is a conductor. The explanation suggests that plastic melts mainly due to contact with a heated plate, while a copper wire would allow heat to pass straight through it. This comparison illustrates the different thermal conductive properties of the materials in question.

Mindmap
Keywords
💡Ice boiling water
A demonstration in the video where ice is placed on boiling water, causing the water to re-boil. This concept is used to illustrate the surprising effects of phase changes and thermal dynamics. However, it is also emphasized that this should not be attempted due to the risk of the glass shattering and causing scalds, highlighting the importance of safety in scientific experiments.
💡Vinegar
Vinegar, with a concentration of 80%, is used in the script as an ingredient in a mixture with baking soda and water. It is a common household item known for its cleaning and descaling properties. In the video, it is likely used to demonstrate a chemical reaction or a cleaning trick, showcasing its versatility and practical applications.
💡Baking soda
Baking soda, also known as sodium bicarbonate, is a white crystalline powder with a weight of 880 grams mentioned in the script. It is a staple in many kitchens and is used for a variety of purposes, including cooking and cleaning. In the context of the video, it is combined with vinegar to create a chemical reaction, likely for a cleaning or deodorizing trick.
💡Low heat
The term 'low heat' refers to a cooking technique where food is cooked at a lower temperature, which is used in the script to cook a mixture until it becomes clear. This method is often employed to prevent burning or to allow flavors to develop gently. In the video, it is an essential part of the process to achieve the desired outcome of the mixture.
💡Olive oil
Olive oil is a fat obtained from the olive, a traditional tree of the Mediterranean region. It is used in the script as one of the ingredients in a mixture with baby oil and table salt. Olive oil is known for its health benefits and culinary uses, and in the video, it might be part of a demonstration on how to clean or maintain certain items using natural substances.
💡Baby oil
Baby oil is a skin moisturizer made from mineral oil, often used for infants due to its gentle nature. In the context of the video, it is combined with olive oil and table salt, possibly to demonstrate a unique use or to create a mixture with specific properties. Baby oil's inclusion suggests an emphasis on gentle, non-abrasive solutions.
💡Table salt
Table salt, or sodium chloride, is a common seasoning used worldwide. In the script, it is used in conjunction with olive oil and baby oil, likely to create a scrub or a cleaning solution. Salt has abrasive qualities that can help in removing stains or cleaning surfaces, and its use in the video underscores practical, everyday items being repurposed for surprising uses.
💡Purified water
Purified water, at room temperature, is mentioned in the script as part of a waiting period before removing something carefully. Purified water is water that has been mechanically filtered or processed to remove impurities and is often used in scientific experiments or sensitive applications. In the video, it might be used to demonstrate the properties of water or as part of a larger experiment.
💡Condensation
Condensation refers to the process by which water vapor turns into liquid water. In the script, clear condensation is mentioned, which could be the result of a temperature change or a chemical reaction. The video might be using condensation to illustrate a scientific principle or to show the effectiveness of a particular trick or technique.
💡Conduction
Conduction is the transfer of heat through a material without any movement of the material itself. It is mentioned in the context of melting, where different materials (plastic and aluminum) are described as having different properties in relation to heat transfer. The video likely uses this concept to explain why certain materials melt faster than others when in contact with a hot surface.
💡Copper wire
A copper wire is a conductive material used in the script to demonstrate how heat is transferred through different types of materials. Copper is known for its excellent thermal and electrical conductivity, which makes it a common choice for wiring in electrical systems. In the video, it might be used to show how heat passes through copper without causing significant melting, contrasting with other materials.
Highlights

Warning against recreating the ice boiling water experiment due to the risk of glass shattering and scalding.

9 amazing tricks with ice, vinegar, baking soda, and water are presented.

A mixture of baking soda and vinegar is used, with specific quantities provided (880g baking soda, 1L vinegar).

The mixture is left for an hour before adding water.

200 milliliters of water are added to the mixture.

The mixture is cooked on low heat until it becomes clear.

Olive oil, baby oil, and table salt are used in a one-minute process.

The ice boiling water trick involves bringing water to a boil, then using ice to re-boil it after a ten-second rest.

Purified water at room temperature is used in a two-hour waiting process.

Clear condensation is observed after the two-hour wait.

A comparison is made to determine which material melts first: plastic, aluminum, or copper wire.

Plastic is identified as an insulator, while aluminum and copper are conductors.

Aluminum melts mostly due to contact with the plate.

Copper wire's heat passes straight through.

The experiment cautions about the potential for glass to shatter and cause scalding.

A step-by-step guide is provided for safely conducting the experiments.

The importance of safety precautions is emphasized throughout the transcript.

The use of specific quantities of ingredients in the experiments is detailed for reproducibility.

Different materials' thermal conductivities are explored through melting point comparisons.

Transcripts

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Household HacksCleaning TipsScience TricksDIY SolutionsKitchen ChemistrySafety WarningTemperature ChangesCondensationMaterial ConductivityHeat Transfer