The Different Types of Separation Techniques - Lesson 1 (Chemistry)

preview_player
Показать описание
📺Part 1 of our series on Separation Techniques explains the different types of separation techniques, including sieving, sedimentation, centrifugation, decantation and separation funnel.

►Pirates love their coffee as much as they love their gold! But what does it take to get a good latte around here? Cookie the chef’s secret ingredient is cream, which he obtains by separating the components of milk. This lesson will explore different techniques for separating mixtures based on the physical properties of particle size and density.

Separation techniques: sieving, sedimentation, centrifugation, decantation, separation funnel
Definitions included: physical change, density, miscibility, completely miscible, immiscible
You can find parts 2, 3, 4 AND 5 (yup, it's a complex topic!) on Schooling online 👇

💡Do you have suggestions or questions?

👍 If you liked this video please give us a thumbs up to support our channel!
🔔 Subscribe to our channel and hit the notification bell to always stay up to date with our newest uploads!

#SeparationTechniques #schoolingonline
Рекомендации по теме
Комментарии
Автор

This is fun to watch and entertaining while learning, poor Pirate have to go through much for the sake of chemistry XD

seswangz
Автор

Thank you so much this will help me for next year

chimychims
Автор

Oh man, thanks a lot. Every student should see this!

vannithlong
Автор

"After your final exams" really cracked me up😂😂😂😭😭😭

ebhojayejuliet
Автор

Awesome video...clarity and proper instruction...very helpful

bhavyabalaji
Автор

This is just perfect Thank you! sharing with my students =))

gregrisen
Автор

Very good video super easy for my work

ashtonnock
Автор

this was so helpfull and easy to understand

kayla-vycs
Автор

Ur underrated af, if i ever need help with chem i know the channel.

dAvID-zhsj
Автор

So thats why my nesquik never actually mixes

zaraf
Автор

Beyond impressive, beyond impressive.

toobaaaapi
Автор

4:00
Not because of lower or higher density... It is because of the air resistance... All bodies fall to the ground in the same speed.

Shelbyy