i guess im asking randomly but does any of you know of a way to get back into an instagram account? I was stupid lost the login password. I would love any assistance you can offer me
@Bruce Emmett i really appreciate your reply. I found the site thru google and Im waiting for the hacking stuff now. Seems to take a while so I will get back to you later with my results.
I've been struggling with the concept of osmotic pressure for the longest time! I could never get the explanation of movement of water from low solute concentration to high solute concentration to stick. But with the way you explained the water moving down its osmotic potential gradients, it was so simple and logical! it was like a light bulb went on in my head! THANK YOU!
Thank You! When the video started all the words on the board scared me a little, I thought you were going to make everything even more complicated but I let it play, and was glad I did. Very clear.
This is the first comment for me on youtube and really i like ur videos also ur way to explan the lectures, I'm a medical student at first year.. Thanks :)
AK lectures may be the very best out there! I used them last winter to help me with biochemistry. I have directed many of my students to use AK Lectures! Great, great work!
Very informative and easy to understand. I have been having some confusion over this for 2 semesters now, and this made it finally click. Thank you! Job well done.
I m medical aspirant and ur video really helped me alot in understanding the concept behind the topics thank you so much......U r doing a great job sir ....
I can't thank you enough for everything you've taught me. I'm an unemployed student right now, but I will be making a large donation in the future once I have the funds. I think you will be a fantastic doctor.
You can also think of osmotic potential as the concentration gradient of water! Water is simply moving down its own gradient, from a high concentration of water to a low concentration of water.
Great teaching here! My confusion is still in if the osmotic potential is water potential. From the resources I have, it is said that osmotic potential is also referred to as solute potential, which is the ability of a solution to draw in water from pure water owing to its (solution"s) high solute content. From this, it means osmotic/solute potential is inversely proportional to water potential, i.e., if the osmotic/solute potential of a medium is low, then it has a high water potential. Is this correct? I think the issue is that we sometimes want to use "osmotic"'in place of water
Your video was very helpful, thinking about water moving because of a potential difference is very useful! Just wanted to clarify tho, doesn't the water have to be at rest in order for you to properly measure the hydrostatic pressure?
Is there any way to roughly calculate osmotic pressure difference housing only hydrostatic pressure differences? The problem I am trying to solve involves a grid dividing a U tube into two compartments. One compartment is just water and the other is water and a protein that is too big to cross the grid. The only information I am given is how hydrostatic pressure changes over time
how water in the left component detect the lower osmotic potential water in the right one while there is a impermeable barrier ,it is suppose that it should kept quiet not exert pressure
Let's say you have a container (say a heavy metal bucket) with one small hole in the bottom, And that hole has a plug in it. And let's say that bucket with the plugged hole is sitting inside a larger container (say a larger bucket). Then you add water to the larger bucket until the water level rises to a height on the outside of the heavy metal bucket that if the hole weren't plugged, the water would come through the hole until it reached the level of the water outside the heavy metal bucket. Now let's say you remove the plug and let the water come in through the hole. What force / pressure / concept causes the water to come up through the hole until the water level inside the heavy bucket equals the level of the water on the outside of the bucket? Thanks.
Seriously, this is the clearest, best explanation of osmotic and hydro-static pressure I have seen. Keep up the awesome work.
i guess im asking randomly but does any of you know of a way to get back into an instagram account?
I was stupid lost the login password. I would love any assistance you can offer me
@Sam Raphael instablaster :)
@Bruce Emmett i really appreciate your reply. I found the site thru google and Im waiting for the hacking stuff now.
Seems to take a while so I will get back to you later with my results.
@Bruce Emmett It did the trick and I finally got access to my account again. Im so happy:D
Thank you so much you saved my account!
@Sam Raphael glad I could help =)
I wish I could hug this guy, class, absolute class.
I've been struggling with the concept of osmotic pressure for the longest time! I could never get the explanation of movement of water from low solute concentration to high solute concentration to stick. But with the way you explained the water moving down its osmotic potential gradients, it was so simple and logical! it was like a light bulb went on in my head! THANK YOU!
Thank You! When the video started all the words on the board scared me a little, I thought you were going to make everything even more complicated but I let it play, and was glad I did. Very clear.
+Billy Casimir Thanks for giving it a chance! Glad to hear it :)
No problem, wish you had some more A&P specific lectures.
Same here
your language is very simple thank you انت شخص رائع
This is the first comment for me on youtube and really i like ur videos also ur way to explan the lectures, I'm a medical student at first year.. Thanks :)
Tala Jaradat Awesome! :-) Spread the word to your classmates!
I've shared all ur videos on our group on Facebook and they became thankfull for you..
Thanks from Jordan :)
Tala Jaradat I saw that! Thanks a ton! :-)
I guess you finished now or just 1 more year?
@@memeattic3383 yesss finally I've finished and iam about to finish my internship also 😭😭🤩🤩
Thank you so much I cannot believe how many people try to make osmotic pressure so difficult, your explanation is the clearest one by far
AK lectures may be the very best out there! I used them last winter to help me with biochemistry. I have directed many of my students to use AK Lectures! Great, great work!
This is literally the best video explaining osmosis, osmotic pressure & hydrostatic pressure on TH-cam.
Very informative and easy to understand. I have been having some confusion over this for 2 semesters now, and this made it finally click. Thank you! Job well done.
Just went through your playlist !!
Awesome boss...Keep up the good work...Ur touching millions of life !!!
I m medical aspirant and ur video really helped me alot in understanding the concept behind the topics thank you so much......U r doing a great job sir ....
Thank you. Love how you presented it clearly on a board behind you. I always get confused on this topic and you explained it concisely and clearly.
I can't thank you enough for everything you've taught me. I'm an unemployed student right now, but I will be making a large donation in the future once I have the funds. I think you will be a fantastic doctor.
Perfectly articulated! Appreciate it
Wow some people just have a wonderful gift of teaching and this is rare but you have it!! Thank you this is helpful for my ap bio quiz tomorrow.
Well explained. Keep it up sir. From Pakistan.
You are my mvp bro. I was very confused about the concept of osmotic pressure, but you explained so easily, man, I gotta tell you, you saved me.
I am grateful to your tutorial on this topic, osmosis and osmosis pressure. I fully understand it now whereas my tutor failed to get me.
I have a presentation this week and that was very beneficial
Thank u from KSA :)
Very clear explanation. Good work!
you are a great teacher!!! this concept was so confusing when I only read the textbook, but it's now crystal clear!!! thanks
The most amazing explanation I've ever seen ... i wish to know more about plasma osmotic pressur inside capillaries
supercalifragilisticexpialidocious Explanation! nailed it ! thanks a lot and keep going!
I LOVE the way this mans says "conduit"
Amazing explanation.Thanks very much.
I wanted to smash the like button but it kept undoing the like so I subscribed instead. Thank you for the clear explanation.
Absolutely flawless explanation. A VERY fine job, sir.
great explanation! very clear and I really like the repetition in the videos it helps it stick in the brain better
You can also think of osmotic potential as the concentration gradient of water! Water is simply moving down its own gradient, from a high concentration of water to a low concentration of water.
Great as usual…God bless you
That writing looks beautiful and gives me goosebumps of perfectionist to write like that right now. How do you do that?
yo man you are a fucking boss, thank you
Thanks for such a nice explanation
You gained a new subscriber, keep going on!
This is amazing, thank you so much for this
From Iraq✨
Brilliant. So easy to understand. Thank you!
I love your videos! Extremely informative, clearly explained, with great passion. Teacher on fire!
This is so clearly stated. Excellent lesson. Thank you.
That was amazing!
You crushed it man, thanks so much!
you are a great perfect teacher....thanks for your videos. congratulations sir
Thank u so much for excellent explanation.
Definitely the best explanation I've come across :) Thank you very much!
You're a treasure dude.
wow wow i'm thrilled ... thank yooooou for this an amazing explanation !!!
Super great explained!
very well said, a vivid explanation I had ever watched
Great lesson. Only thing not explained is why solute molecules causes a decrease is osmotic potential.
Man may God bless you. Thank you very much for this chef d'oeuvre ;)
very easy to understand sir.thank you sir.
I am a student from Hong Kong learning biology for fun. I would like to ask what is the relationship between water potential and osmotic potential?
That neatness on the board is blinding.
Masha allah.great explanation
Sir regards great knowledge unique way of explanation easy to understand thanks good wishes 11/04/2022
excellent explanation
Thank you very useful video
You Are the best👍
great , detailed explanation. it was really helpful. thanks
Thank you soooo much..lots of love
lifesaving channel thank you !
you are our life saver...thank youuu
+Fatima Hamzeh welcome!
+AK LECTURES (Andrey K) wooow...I'm amazed you've replied that's a pleasure for me hahah :-D
Very helpful & simple to understand! Thank you! :)
Am a beginner but l hope it will help me, thanks
I wish you were my chemistry teacher😭😭
Same here I wish
great videos
such a nice video on biology about this topic I have never seen keep it up thanks bro very much
+Prathamesh Khandare thanks! will do :)
THANK YOU SO MUCH!
Well explained. Thanks!
Balttikoira you're welcome
This is perfect. Thank you :)
LOVE YOU FROM IRAQ
Great teaching here!
My confusion is still in if the osmotic potential is water potential. From the resources I have, it is said that osmotic potential is also referred to as solute potential, which is the ability of a solution to draw in water from pure water owing to its (solution"s) high solute content.
From this, it means osmotic/solute potential is inversely proportional to water potential, i.e., if the osmotic/solute potential of a medium is low, then it has a high water potential.
Is this correct?
I think the issue is that we sometimes want to use "osmotic"'in place of water
Thank you so much
God bless You,dude.
Thank you
Thank you!!!
this video is amazing!!!!!
thanks!!!
thank you this kicked my ass cuz I had no idea what it was until now!
Amazing
The best !!
Your video was very helpful, thinking about water moving because of a potential difference is very useful! Just wanted to clarify tho, doesn't the water have to be at rest in order for you to properly measure the hydrostatic pressure?
Clearest
Hey AK Lectures. Can you investigate and lecture on what accounts for the osmotic potentials of pure water, solutions, and other pure solvents?
U r the best ♥️Thanks 🙏
Thank you very much!!! :3
That was awesome!!!
u r the best everr 💕💕
too helpful
the last minute was the most helpful lol
Bless you sir.
Your videos are awesome! But i'm wondering what are differences from a aquaporin compared to a normal cellmembrane?
Is there any way to roughly calculate osmotic pressure difference housing only hydrostatic pressure differences? The problem I am trying to solve involves a grid dividing a U tube into two compartments. One compartment is just water and the other is water and a protein that is too big to cross the grid. The only information I am given is how hydrostatic pressure changes over time
Thank you, thank you!
that was great
super hero ... thanks a lot
how water in the left component detect the lower osmotic potential water in the right one while there is a impermeable barrier ,it is suppose that it should kept quiet not exert pressure
Thank you ❤️❤️
Thanks too much
is hydrostatic pressure that allows the solution to go upwards in dutrochet expirement
Let's say you have a container (say a heavy metal bucket) with one small hole in the bottom, And that hole has a plug in it. And let's say that bucket with the plugged hole is sitting inside a larger container (say a larger bucket). Then you add water to the larger bucket until the water level rises to a height on the outside of the heavy metal bucket that if the hole weren't plugged, the water would come through the hole until it reached the level of the water outside the heavy metal bucket. Now let's say you remove the plug and let the water come in through the hole. What force / pressure / concept causes the water to come up through the hole until the water level inside the heavy bucket equals the level of the water on the outside of the bucket? Thanks.
that was perfect.