What is | Evaporation, Vapour pressure and Boiling point | State of matter Liquid - Digital Kemistry

Explaining evaporation, vapour pressure and boiling,liquid state of matter with the help of the following points:
Evaporation definition, explanation, examples
Vapor pressure definition, explanation, examples
Boiling definition,explanation, examples
How does vapour pressure affect evaporation
At the end of this video, you will be able to differentiate between Evaporation, Vapour pressure and Boiling point .
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✔Also, Check out the Notes!!
👉Viscosity
mydigitalkemistry.com/viscosity/
👉Evaporation
mydigitalkemistry.com/what-is...
👉Surface Tension
mydigitalkemistry.com/measure...
👉Vapour pressure
mydigitalkemistry.com/vapour-...
Important Chemistry Playlist Links :
✔ Theories of covalent bonding and shapes of molecules:
• Class 11 Theories of c...
✔Electrochemistry playlist :
• Electrochemistry playl...
✔Chemical Equilibrium :
• Chemical Equilibrium C...
✔State of matter liquids Chemistry Basics:
• What is | State of mat...
✔Fundamental Concepts of Organic Chemistry :
• Fundamental Concepts o...
✔Acid ,bases & salts :
• Class 11 Chemistry bes...
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#EvaporationMeaning
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[@ayshamehs8533]

Thank u very very very much ma'am....i understood all the concepts and definition association with this part maam...keep going maam

[@DigitalKemistry]

Most welcome. Dear Aysha, it's my pleasure to provide you informative content in simple animated video. Waiting for your comment on more videos. Keep in touch and stay blessed. Regards

[@sir1694]

Hii maam ..i liked this video a lot. I had like the video and subscribed ur channel also.
I have a doubt i believed that you clear it out.
The question is that why boiling occurs when vapour pressure equals the atmospheric pressure.

[@ashokchoudhary9558]

Ma'am can you please explain effect on the evaporation, of the mixing of non volatile solute

[@DigitalKemistry]

Good question.As a non-volatile substance refers to a substance that does not readily evaporate into a gas under existing conditions.Non-volatile substance exhibit a low vapor pressure & high boiling point. Sugar and salt are examples of non-volatile solutes. Hope it will clear your confusion. Regards

[@aakifmakki5221]

Hatts off for your efforts...
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[@DigitalKemistry]

Thanks a lot, dear for always liking & appreciating my videos. Stay connected & wish you the best of luck👍for future😊😊

[@sir1694]

@@DigitalKemistry Hii maam ..i liked this video a lot. I had like the video and subscribed ur channel also.
I have a doubt i believed that you clear it out.
The question is that why boiling occurs when vapour pressure equals the atmospheric pressure.

[@DigitalKemistry]

@@sir1694 yes, boiling occur when the vapour pressure is equal to the atmospheric pressure but the the boiling point differ depending on the pressure. The temperature at which a liquid boils is dependent on the surrounding pressure. When you cook in a regular pot at atmospheric pressure (14.7 pounds per square inch, water boils at 100°C . Inside a pressure cooker, the pressure can increase by an additional 15 psi, to almost 30 psi. At that pressure, water boils at 121°C. That means food can cook at a much higher temperature than it ever could at atmospheric pressure-and since cooking reactions speed up at higher temperatures, your food cooks faster. Hopefully you will get the point. Keep in touch and stay blessed. Regards

[@sir1694]

@@DigitalKemistry thanks ma'am...... for this great effort🙂🙂

[@DigitalKemistry]

@@sir1694 Most Welcome.Its my pleasure that all of you are supporting & appreciating my efforts .Keep watching & share more informative videos on my channel as I am always try to provide you useful information in unique style.Best of Luck

[@ashokchoudhary9558]

Osm explanation....

[@DigitalKemistry]

Thank dear for liking & appreciating my efforts & also giving your precious time.Thanks a lot😍

[@anupamgupta9455]

Hi mam, just having a doubt as if the vapour pressure of water equal the atmospheric pressure, it means that mole fraction of water in air=1... how is this possible

[@krishvika17]

Nice explanation 😀

[@DigitalKemistry]

Thanks & welcome 😊 to my channel .
Also😍 keep in touch via social Links:
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[@ashokchoudhary9558]

Can you please make a video on reactivity of metal i.e how can we identify that which is high reactive and moderate or less reactive metal...
How to distinguish between such categories according to the standard reduction potential...

[@DigitalKemistry]

ok dear, I will try my level best😊. Thanks a lot

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[@humazahra9487]

Outstanding😇😇😇

[@DigitalKemistry]

Thanks. Keep in touch, watch , comment & share more informative content on Digital Kemistry TH-cam channel.

[@drirshadhussain3440]

Nice video

[@DigitalKemistry]

Thanks for the compliment

[@alameenshaheer2325]

Thanks for sharing such a nice explanation

[@DigitalKemistry]

you are welcome & Thanks for appreciating my efforts & supporting me as a TH-cam creator. Keep in touch and stay blessed. Regards

[@hassanakbar9748]

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[@DigitalKemistry]

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[@DigitalKemistry]

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[@DigitalKemistry]

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[@DigitalKemistry]

Most welcome

[@drirshadhussain3440]

Love from pakistan

[@DigitalKemistry]

same to you😊