Science Behind It | Lava Lamp

Let's learn how and why vinegar and baking soda can make a lava lamp.
Check out the previous video [Lava Lamp] first. This video is to explain the scientific principle related to the previous video.
Website: sodasciencelab.wixsite.com/so...

[@user-gz3ny6ly2j]

THANKS IT'S TOO HELPFUL ☺️

[@sodapopscience2280]

I am glad it helped 😊

[@suluabid3733]

Thanku very much bec this helped in my science program😊

[@sodapopscience2280]

wow thank you for your lovely comment. I’m happy it helped you :)

[@bobyfernando3698]

I like your explanation
Super
It is also looking so good

[@sodapopscience2280]

Thank you!

[@surendrasinghrao93]

very nice👍👍

[@sodapopscience2280]

thank you 😊

[@hisu3945]

Love ur explanations 🥰

[@sodapopscience2280]

Thank you for your lovely comment 😊

[@bossrenz9507]

when it stops, you can add more vinegar to start it again

[@truthhurts7152]

How long does it last

[@sodapopscience2280]

It lasts for about 4-5minutes

[@LEGENDGAMER-wx4ec]

Can you please tell why CO2 rise at top and sinks again?

[@sodapopscience2280]

Thank you for your question. Because CO2 is a gas and lighter than water, CO2 rises to the surface of the water. As the bubbles burst, the vinegar inside the bubbles sinks. This is because vinegar is more dense than water. I hope this helps you.

[@iampol]

Can you please comment your explanation?

[@sodapopscience2280]

Sure! Do you want me to explain it again in the comments?

[@damodaranpr7113]

Can you please do the explanation... In comments againn ... Explanation is clear but I just wanted to study it... Please...🥺🥺

[@sodapopscience2280]

Yes, sure! Thank you for your question.
When vinegar is added, it sinks down through the oil since vinegar is more dense than oil. Vinegar meets baking soda which stays at the bottom and they produce carbon dioxide(acids and bases chemical reaction). When bubbles rise to the top of water, they take some vinegar. The bubbles pop at the surface, and then vinegar droplets fall back down because vinegar is more dense than oil. And the chemical reaction continues.
Hope this helps you. If you have any more questions, feel free to ask anytime :)

[@devanganababeesh4186]

​@@sodapopscience2280 woah! Thanks.... And its me the one asked you the explanation from another account.. anyway thanks ...❤❤❤❤ So helpful....❤❤❤❤

[@devanganababeesh4186]

​@@sodapopscience2280 A small doubt ... Can you please just clear it... 😊 Here you say when bubbles rise to the top of WATER ... Have you used any water here for the experiment...😢😢

[@sodapopscience2280]

Oh, that is a good one. Sorry, what I meant was top of the liquid :)