all the impurities are Is it possible that there are subatomic particles smaller than what we currently can observe and that those subatomic particles are endlessly ... 4 answers
·
Top answer: Sure, and those particles would be even stranger than the ones that are currently considered ... Missing: depleted | Show results with: depleted
I'm confused, so maybe you can help me out... If the solution is more dilute than the cell, than wouldn't the solution move into the cell? Causing it to be hypotonic?
Girlygyrl84 Remember that tonicity is all about comparing two solutions. If the first solution is more dilute (hypotonic) - then it has less solute (particles) dissolved in it. Therefore, it has a higher water concentration. If the cell is more concentrated (hypertonic) - then it has less water and more solute dissolved in it. The water will then move from the solution into the cell. Over time, it is possible (although it doesn't usually happen this way in cells) that they become isotonic - or the same level of solute concentration. The easy way to remember this is "water follows salt" - water will move towards solutions that have higher salt concentrations (hypertonic)
Yeah, you gotta remember that what's moving is the water, and if there is more water in one solution than another, than the water will go to the solution with less water in it. Like if you had a bunch of sand around the cells inside the beaker, it wouldn't go into the cells, right? But if there was water in the sand, the water itself would go into the cells.
@@Ricochetscience Tonicity is describing the solution and what happens to a cell when it is placed in that solution. Osmolarity is about comparing the concentrations of two solutions. When you are using words like hypertonic/hypotonic to describe the cell relative to the solution, it would be inappropriate and not correct. And yes, girlygyrl is right. If the solution in which the cell is placed is hypotonic, then there is more water in the solution, and water will move into the cell, and they will swell. Just like the O in hypOtonic. My source? Silverthorn, PhD, and famed Physiologist. Link: www.physiology.org/doi/pdf/10.1152/advan.00080.2016
Kind of confused now. Isn’t it hypotonic when cell lysis? And hypertonic when it crenated? So what ur saying is the opposite which means that even though we say the cell is hypotonic (for eg.) we actually mean that the interstitial fluid is hypotonic??
This video is better than 50 minutes lecture about osmosis and tonicity! 🥳
this actually helped a lot more than i thought it would tyyy
Very simply but well explained. Thank you.
I am having a biology practical today,thanks a lot,it helped me very much.Wish me luck👍👍
How'd it go?
Wow...great demonstration!
very informative and helped a lot with visualizing!
Now I understand it well , thank you
I'm starting to understand it.
Great explanation!! Thanks 🙏
all the impurities are Is it possible that there are subatomic particles smaller than what we currently can observe and that those subatomic particles are endlessly ...
4 answers
·
Top answer:
Sure, and those particles would be even stranger than the ones that are currently considered ...
Missing: depleted | Show results with: depleted
I'm confused, so maybe you can help me out... If the solution is more dilute than the cell, than wouldn't the solution move into the cell? Causing it to be hypotonic?
Girlygyrl84 Remember that tonicity is all about comparing two solutions. If the first solution is more dilute (hypotonic) - then it has less solute (particles) dissolved in it. Therefore, it has a higher water concentration. If the cell is more concentrated (hypertonic) - then it has less water and more solute dissolved in it. The water will then move from the solution into the cell. Over time, it is possible (although it doesn't usually happen this way in cells) that they become isotonic - or the same level of solute concentration. The easy way to remember this is "water follows salt" - water will move towards solutions that have higher salt concentrations (hypertonic)
Yeah, you gotta remember that what's moving is the water, and if there is more water in one solution than another, than the water will go to the solution with less water in it. Like if you had a bunch of sand around the cells inside the beaker, it wouldn't go into the cells, right? But if there was water in the sand, the water itself would go into the cells.
@@Ricochetscience Tonicity is describing the solution and what happens to a cell when it is placed in that solution. Osmolarity is about comparing the concentrations of two solutions. When you are using words like hypertonic/hypotonic to describe the cell relative to the solution, it would be inappropriate and not correct. And yes, girlygyrl is right. If the solution in which the cell is placed is hypotonic, then there is more water in the solution, and water will move into the cell, and they will swell. Just like the O in hypOtonic. My source? Silverthorn, PhD, and famed Physiologist.
Link: www.physiology.org/doi/pdf/10.1152/advan.00080.2016
Kind of confused now. Isn’t it hypotonic when cell lysis? And hypertonic when it crenated? So what ur saying is the opposite which means that even though we say the cell is hypotonic (for eg.) we actually mean that the interstitial fluid is hypotonic??
Lol I noticed that while watching. I confused too kinda
Gold. Thank you!
Thanks
it's a something similar to what happens to a sponge left in water ..... correct ?
No
Love it I want to see more
I can’t tell you how useful this was for me, I’ve had two bio classes and struggled with the same topic. Thank you so much. 🤎🤎🤎
good one
الله يبارك فيكم👏👏👏
thank you
Very helpful!
Dylan SMITH.hello
studying hours before exam
Hmmmmm......
😊😊❤❤
Thanks
Got it! Thnks
Class 12th Maharashtra State board science biology Osmania Tonicity 👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍
waarom word wetenschap altijd zo saai uitgelegd?
ms. mara more like ms. poopie
0:26
you are wrong
Thanks