I finally made it into nursing school and Im back to your videos for a refresher before getting into Fluid & Electrolytes. Thank you for sharing all your knowledge and helping many people get through their classes.
Hey fellow student here. I’m struggling to understand what happens when hypertonic is given and the cell swells. Now where does the water go ( I was looking for ecf in my quiz answer) ? I put interstial but it marked it wrongg
Bloody hell this is the best explanation I've found for osmosis. Spent literal hours trying to make sense of it but it all clicked after watching this video. Absolute lifesaver, thank you mate!
As usual with each video, when I watch and understand something very important for my college I come back to the comment to thank this brilliant man. Thank you !!!!
Well done .. Kudos to you. I love your explanation. I am also a Biology teacher from Nigeria working with Teach For Nigeria to teach Biology at an underserved community area.
Greatly explained without any complex words, thank you very much, this video was a pleasure to watch, I'm sure this video will help to ace my test, oh I'm sure! Anyway, great video 😂
Here’s an interesting question that can be tested quite easily for those with materials and equipment: Do all of the molecules aim for homeostasis, even if it takes a long time, or is it primarily just aiming to stabilize water pressure? On that note: Is it fundamentally quantum in nature in terms of how much room each molecule needs on average and the kinetics of water heat capacity that drives pressure and/or the electrochemical fields around the molecules that drives intermolecular homeostasis?
The lactose intolerance analogy makes perfect sense! H2o within cells wants to “ balance out “ the lower water concentrations in the ECF as the lactose cannot break down in the ECF to enter the cell. The key difference in diffusion and osmosis is that the SOLUTE ( lets say NaCl ) is TOO LARGE to fit through the semipermeable membrane, so it resorts to use water to move across the membrane to balance things out👍🏻. Good on ya mate
circuit methods, simulations to characterize membrane in detail obtaining permittivity, charge regulation with time, ion-ion, particle-membrane interactions are published in membrane journals includes journal of membrane science, journal of polymer science part B: polymer physics, other journals name required is also must
Osmosis is the movement of water from an area of high water concentration to an area of low water concentration through a semipermeable membrane. OR Osmosis is the movement of water from an area of low solute concentration to an area of high solute concentration through a semipermeable membrane.
Hey fellow student here. I’m struggling to understand what happens when hypertonic is given and the cell swells. Now where does the water go ( I was looking for ecf in my quiz answer) ? I put interstial but it marked it wrong
What do we mean by "two sides of a membrane"? We are referring to inside the cell and outside of it, yes? There is no two parts inside the cell? Silly question I'm sure but also I'm dumb so...
I asked 2 chemistry professors, and they couldnt explain it. dG=dH-TdS, so if S increases when we add solute on the right side, G decreases. Now there is lower G on the right and higher G on the left where the pure solvent is, The solvent goes through the membrane to the right spontaneously, that means G decreases on the left side. But if H has no part in osmosis, then we are left with S, Here is the problem. S decreases due to less n on the left side - some went to the right side. IF S decreases on the right side, then G increases, and this is not what happened.
Is osmosis a term that means only water is passing through the membrane, or in some cases can/do other substances move across the membrane? We homeschool. My teens are asking me this question, and I don't know the answer. Thanks for your videos. They are very helpful. : )
It means water is moving from a high to low concentration of water. Other substances can move through a membrane, but the way it moves depends on the type of substance (and some cannot). Look to simple diffusion, facilitated diffusion, osmosis, active transport, etc.
Everything ends in diarrhea. Known fact. But seriously man, thanks for your videos. I have seen a few and they are great indeed. To me the best around by far.
I finally made it into nursing school and Im back to your videos for a refresher before getting into Fluid & Electrolytes. Thank you for sharing all your knowledge and helping many people get through their classes.
Hey fellow student here. I’m struggling to understand what happens when hypertonic is given and the cell swells. Now where does the water go ( I was looking for ecf in my quiz answer) ? I put interstial but it marked it wrongg
Bloody hell this is the best explanation I've found for osmosis. Spent literal hours trying to make sense of it but it all clicked after watching this video. Absolute lifesaver, thank you mate!
I'm starting back from these simple topics to study for boards. You are one if the best I've found. Thank you
Excellent explanation. I was having trouble understanding this. Thank you, Doctor
‘water will move to the side that has the most stuff dissolved in it.‘ damn. That’s it. Thanks.
As usual with each video, when I watch and understand something very important for my college I come back to the comment to thank this brilliant man. Thank you !!!!
Just mind blowing explanation ! What we didn't understand in years, have understood in 6 mins ! Wow !
Literally thank you! Ive been so confused abt this topic and i looked for so many explanations and couldnt get it till i watcher ur vid
Well done ..
Kudos to you.
I love your explanation.
I am also a Biology teacher from Nigeria working with Teach For Nigeria to teach Biology at an underserved community area.
Cant express how much this video helped me.
Thanks so much ❤
I’m learning intravenous therapy. I appreciate your content.
Haven’t been able to understand how my university explains this but now understand it so clearly, thankyou
dang that last lactose intolerant example hit deep. Now I'll never forget this explanation. hahaha Thank you!
Thank you, Dr. Mike 🙏🏻
You are a literal and figurative life saver
Greatly explained without any complex words, thank you very much, this video was a pleasure to watch, I'm sure this video will help to ace my test, oh I'm sure! Anyway, great video 😂
You are the best!! Please keep making more videos. I look forward to watching your videos.
Respect from Canada
That's very good. Thank you, greetings from Algeria. 🇩🇿
Thank you Dr. Mike. You are the best
i clicked because hes jacked
Not just jacked he’s sexy as hell
😭😭😭
Same
fr
dude؛-؛
Here’s an interesting question that can be tested quite easily for those with materials and equipment:
Do all of the molecules aim for homeostasis, even if it takes a long time, or is it primarily just aiming to stabilize water pressure?
On that note:
Is it fundamentally quantum in nature in terms of how much room each molecule needs on average and the kinetics of water heat capacity that drives pressure and/or the electrochemical fields around the molecules that drives intermolecular homeostasis?
Best teacher ever
The lactose intolerance analogy makes perfect sense! H2o within cells wants to “ balance out “ the lower water concentrations in the ECF as the lactose cannot break down in the ECF to enter the cell. The key difference in diffusion and osmosis is that the SOLUTE ( lets say NaCl ) is TOO LARGE to fit through the semipermeable membrane, so it resorts to use water to move across the membrane to balance things out👍🏻. Good on ya mate
circuit methods, simulations to characterize membrane in detail obtaining permittivity, charge regulation with time, ion-ion, particle-membrane interactions are published in membrane journals includes journal of membrane science, journal of polymer science part B: polymer physics, other journals name required is also must
this video will hopefully get me the best marks
Best of luck!
Osmosis is the movement of water from an area of high water concentration to an area of low water concentration through a semipermeable membrane.
OR
Osmosis is the movement of water from an area of low solute concentration to an area of high solute concentration through a semipermeable membrane.
quite good introduction and body shape
My all time favorite
Why you are such a genius
This is an amazing video, thank you!!
Hey fellow student here. I’m struggling to understand what happens when hypertonic is given and the cell swells. Now where does the water go ( I was looking for ecf in my quiz answer) ? I put interstial but it marked it wrong
Thanks for sharing really understandable God bless
What do we mean by "two sides of a membrane"? We are referring to inside the cell and outside of it, yes? There is no two parts inside the cell? Silly question I'm sure but also I'm dumb so...
Commenting so you get recommended by RUclips.
Can you explain what Selectively permeable is?
This was is helpful ❤❤
Thank you very much , from London United Kingdom .
Great lesson
I asked 2 chemistry professors, and they couldnt explain it. dG=dH-TdS, so if S increases when we add solute on the right side, G decreases. Now there is lower G on the right and higher G on the left where the pure solvent is, The solvent goes through the membrane to the right spontaneously, that means G decreases on the left side. But if H has no part in osmosis, then we are left with S, Here is the problem. S decreases due to less n on the left side - some went to the right side. IF S decreases on the right side, then G increases, and this is not what happened.
You are legend doctor ❤
Love from India ❤
Lovely explanation thank you.
Is osmosis a term that means only water is passing through the membrane, or in some cases can/do other substances move across the membrane? We homeschool. My teens are asking me this question, and I don't know the answer. Thanks for your videos. They are very helpful. : )
It means water is moving from a high to low concentration of water.
Other substances can move through a membrane, but the way it moves depends on the type of substance (and some cannot). Look to simple diffusion, facilitated diffusion, osmosis, active transport, etc.
I love this guy.
Everything ends in diarrhea. Known fact.
But seriously man, thanks for your videos.
I have seen a few and they are great indeed.
To me the best around by far.
I love you 😊! thank you for your explanations
depending on random youtube teachers because i cant depend on my own biology teacher
you are a fucking legend
Excellent
Dudes awesome ❤
ماقصرت
I was i was payimg him 36,000 instead of South College. Hes worth ever penny every time.
Gracias ❤❤❤🎉🎉🎉
People didn't learn anything with that physique in front lmao
I don’t like school
Good
christian bale who
🎉
wotah
That last part made me laugh.
I didn’t laugh because I fell asleep
🥰
I love pickles
Compare what makes pickles, -pickles.
Fermentation is science.
If anyone needs a little trick: more solute more succ
hot damn!
1