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Is Hypertonic Salt Water?
 
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Aspx url? Q webcache. Since a red blood cell has salt concentration of about 0. A saturated salt solution is definitely hypertonic. Because saline, also known as saline solution, is a mixture of sodium chloride in water and has hypertonic 7we should not drink because our cells are to the salt. Why does putting salt water (saline) into our blood stream rehydrate when you irrigate, the hypertonic saline (salt water) acts as a solvent isotonic vs. Water moves through 6 mar 2015 on the other hand, salt water you're probably thinking of is something like sea water, which hypertonic. Ca g and gj tubes hypertonic salt water soaks. Our cells would start shrinking because fluids have a tendency to flow hypotonic. Is salt water hypertonic or hypotonic? Why why not? Quora. In between, depending on the cell and salt, there will be an isotonic concentration, where everything is balanced g gj tubes hypertonic salt water soaks. Hypertonic which saline sinus rinse works best for you? Saline (medicine) wikipedia. The effect of salt concentration on microbial growth. As you're about to a hypertonic solution is when the has higher salt concentration compared of salts within cells. A hypotonic solution, which has a lower concentration of salt than blood, 30 jul 2015. Googleusercontent search. The best way to obtain a hypertonic salt water soak is make your own said another way, pure diffuses into and the dissolved salts in concentration of outside cell (a environment), this because flows out an animal or plant dilute solution around it until same on both i dont understand if hypotonic. This goes the same for freshwater fish. Hypertonic, higher than the living cell, net water movement out of cell shrinks. Salt water hypertonic or hypotonic? Why why not? Quora. In between, depending on the cell and salt, there will be an isotonic concentration, where everything is balanced. Although drinking it doesn't really when you irrigate, the hypertonic saline (salt water) acts as a solvent and washes mucous crusts other debris from your nosethe higher salt saltaire sinus relief is one of best selling. Red onion slide shrinking from hypertonic (salt water) solution science cellular transportation flashcards. Can someone please explain to me how a hypertonic solution examples include saline solution, sodium one such example is of 10. A hypertonic solution is one with a higher concentration of solute than some the resulting osmotic pressure causes difference in water levels shown at right. Khan hypertonic, higher than the living cell, net water movement out of cell shrinks. Is salt water hypertonic or hypotonic? Why why not? Quora quora is hypotonic not pure definitely. Why is salt water a hypertonic solution? Help on and hypotonic with fish bored of studieschemistry seawater ocean plasmaonline biology dictionary macroevolution. With packets of saline mix, and you just add water to create your own isotonic tonicity is a measure the effective osmotic pressure gradient, as defined b
Views: 375 Sea of Question
What Happens When You Drink SeaWater?
 
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Video by https://www.kramgallery.com/ Over 2/3rds of the earth is covered in water, but only 2% of that water is pure. As clean drinking water becomes more scarce, you maybe wondering…What happens if I drink seawater? Let’s first examine how our bodies absorb water. You may remember the process of Osmosis where water moves from a less concentrated solution to a more concentrated solution, through a semi permeable membrane. The cell’s membrane allows water to pass through, but not the particles dissolved in water, like salt. Normally the saltiness of water inside our cells is the same as the saltiness outside our cells. When you drink water, a concentration difference takes place. Water from the outside your cell moves inside to maintain balance. This is called an isotonic state. When you drink too much seawater, the saltiness outside your cells will increase rapidly and the cells force water molecules out in order to restore balance. So even if you are already dehydrated, drinking sea water will cause your cells to release more water and you will end up peeing out more liquid than you take in. Conversely if you chug a massive amount of pure water, the exact opposite will happen. The saltiness outside your cells will decrease rapidly and water will be forced into your cells. This can cause the cells to swell and burst, which in extreme cases leads to seizures, coma and sometimes death! This would only occur if you were to chug 6 liters or more in an instant though. So what can you do if you are stranded on a deserted island with absolutely NO fresh water around? The simplest way to extract fresh clean water from the ocean is through distillation, which separates the salt from the water. In order to distill water you must heat the sea water so it evaporates, then trap the evaporated water vapor until it cools and condenses back into liquid water. Kinda like the moisture on your bathroom mirror after a hot shower. This condensed water will be free of all salt and 100% safe to drink. And be sure to subscribe :) Video by https://www.kramgallery.com/
Views: 2587665 After Skool
Egg Osmosis (Hypertonic vs. Hypotonic Solution)
 
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[I made a mistake in calculating percent change. Percent Change = (Final Mass - Orginal Mass) / Orignal Mass. Sorry!] To test the semi-permeable qualities of the inner membrane of an egg shell, I place one egg in a hypertonic solution (corn syrup) and one egg in a hypotonic solution (water). Using time-lapse footage, you can watch one egg shrink in size and one egg increase in size due to osmosis (the movement of water through a semi-permeable membrane from an area of low solute concentration to an area of high solute concentration) in order to reach dynamic equilibrium (a state in which all regions have an equal solute concentration).
Views: 1261217 XoletteScience
Red blood cells under the microscope, hypo and hypertonic solutions
 
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Red blood cells (RBCs) as seen under the microscope in isotonic, hypotonic and hypertonic solutions. A few white blood cells can also be seen with the red blood cells. RBCs contain hemoglobin, a red pigment that binds to oxygen and allows oxygen to travel around the body. When RBCs are placed in a hypertonic salt solution, water moves from inside the cell to the outside by osmosis. This causes the cells to shrink. When RBCs are placed in distilled water, a hypotonic solution, water moves from outside of the cell to the inside, causing the cell to swell and rupture. Once the RBC ruptures, it loses its hemoglobin and becomes transparent and nearly invisible. These ruptured cells are called RBC ghosts and are very difficult to see in the video. I use two microscopes recorded through a Nikon D3300 DSLR camera. Wards trinocular Microscope (not sure the model) - 40X, 100X, 400X, 1000X American Optical One - Ten microscope - 150X, 600X, 1500X The magnification of each shot is shown on the bottom right hand corner.
Views: 264315 Sci- Inspi
Hypertonic, Hypotonic and Isotonic Solutions!
 
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A review of hypotonic, hypertonic and isotonic solutions, how they lead to plasmolysis, cytolysis and dynamic equilibrium. In addition to tonicity, the video also covers concentration gradients, solutes and solvents, and whether you should drink salt water in a survival situation. Avoid plagiarism! Cite BOGObiology! Copy and Paste the Following Citation: [BOGObiology]. (2018, October 28). Hypertonic, Hypotonic and Isotonic Solutions!. [Video File]. Retrieved from https://youtu.be/rMa9MzP19zI #hypertonic #hypotonic #isotonic
Views: 12664 BOGObiology
Osmosis in Potato Strips - Bio Lab
 
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Flipped learning lesson on this osmosis lab HERE: http://sciencesauceonline.com/bio/osmosis-lab/ Follow me on Instagram: https://www.instagram.com/sciencesauce_online/ Twitter: https://twitter.com/science_sauce/ Web: http://sciencesauceonline.com/ Osmosis is a special type of diffusion that applies to water and other solvents. If you take a litre of pure water, and compare it to a litre of sea water, which is very salty, there is less water present in sea water litre because some of that litre is occupied by salt. The saltwater has a lower water potential. If there is a partially permeable membrane, like a cell membrane, separating two different samples of water, there will be a net movement of water from the place with higher water potential to the place with lower water potential. This is the reason plant roots take in water: the rain water the enters the soil has a higher water potential than inside of the roots, so water moves into the roots by osmosis. We can demonstrate this in a lab setting using potatoes. First you’ll need a cork borer to get your potato strips. Push it through the potato, then use the narrower piece to push the strip out. For this experiment we need 18 strips. Once you’ve got as much as you need, tidy them up with a knife to remove the skins. All strips need to be the same length to begin with. He we’re cutting them all down to 6cm. Once they’re ready, get 6 beakers and put 3 tubes in each. This will give you three repeats for each solution. Next thing to do is make your solutions. Put a sheet of paper on the balance, hit “tare” to get starting point of zero, and add the salt until it reads “1g”. Once that’s in the beaker, you need 100 mL of water. Pour into the measuring cylinder keeping your eyes on level with “100mL” until it reaches the line. And then add that to your salt. Here we’ve just made a salt solution of “1 g per 100mL”. In this experiment we need six solutions: 0g per 100ml, which is just pure water, and 1 to 5 g/ 100mL in 1 g increments. Once the solutions are ready, pour them in to immerse the potato strips. Start the timer, and leave them for 20 minutes. After 20 minutes your have to measure all of the strips. Measure them as accurately as possible. To the nearest mm is good for this experiment. As you’re working with the potato strips you probably notice that the once immersed in more concentrated solutions are more soft, which the ones immersed in lower concentrations are much more turgid. Make a quick note of each value you measure as you’re going. To process the data you need a table of results with all concentrations listed, as well as the starting lengths of the strips. These all started at 6.0cm. In the next column put in the values your measured, and then calculate the percentage change for each individual strip. Notice the negative sign on some values, this tells us whether the strips increased or decreased in length. Next you can take an average of changes in length. These are the values that we need to put on a graph. The graph should show the average change in length against the salt concentration. And the results from this experiment show a nice downward curve. The lower salt concentrations result in an increase in length of the potato strip, meaning water has ENTERED the potato strips by osmosis. This means there is a higher water potential inside the solution compared with the potato. We have a hypotonic solution. At higher salt concentrations, however, we have a decrease in potato strip length. This tells us the water potential is higher inside of the potatoes, so water as left the potato strips by osmosis. We can say that the solutions are hypertonic to the potatoes. At the point the graph crosses zero, which is about 1.4 g/100mL salt, the solution is isotonic, meaning the water potential inside potato is equal to the solution, to at that point there is no net movement of water.
Views: 170608 Science Sauce
Osmosis Experiment feat. salt, water, glass cups and celery
 
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An osmosis experiment is conducted using salt water, glass cups and celery.
Views: 2788 Rick Earthly
Cucumber experiment: How to measure osmosis in a cucumber - Think like a scientist (4/10)
 
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By recording what happens when you drop cucumber into salty water you'll learn about an important process called osmosis. (Part 4 of 10) Playlist link - http://www.youtube.com/playlist?list=PLhQpDGfX5e7CuUkPlpiW7agdJvdbdTPma Transcript link - http://podcast.open.ac.uk/feeds/3069_thinklikeascientist/transcript/33778_ou_futurelearn_experiments_vid_1005.pdf Read the article: Basic Science: Understanding experiments - Taking it further https://www.open.edu/openlearn/futurelearn/understanding-experiments Study free course on Basic science: understanding experiments at the Open University https://www.open.edu/openlearn/science-maths-technology/basic-science-understanding-experiments/content-section-overview?active-tab=description-tab Study module Returning to STEM at The Open University https://www.open.edu/openlearn/science-maths-technology/returning-stem/content-section-overview?active-tab=description-tab Study the module technology and maths Access module https://www.open.edu/openlearn/science-maths-technology/returning-stem/content-section-overview?active-tab=description-tab The Open University is the world’s leading provider of flexible, high-quality online degrees and distance learning, serving students across the globe with highly respected degree qualifications, and the triple-accredited MBA. The OU teaches through its own unique method of distance learning, called ‘supported open learning’ and you do not need any formal qualifications to study with us, just commitment and a desire to find out what you are capable of. Free learning from The Open University http://www.open.edu/openlearn/ For more like this subscribe to the Open University channel https://www.youtube.com/channel/UCXsH4hSV_kEdAOsupMMm4Qw Like us on Facebook: https://www.facebook.com/ouopenlearn/ Follow us on Twitter: https://twitter.com/OUFreeLearning #OpenUniversity #science
Osmosis and Water Potential (Updated)
 
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Explore the process of osmosis in this updated Amoeba Sisters video! Video features real life examples of osmosis, important vocab, and introduces concept of water potential and turgor pressure in plant cells. Expand details for table of contents. We have an Unlectured resource on this topic! https://www.amoebasisters.com/unlectured Contents: 0:59 Osmosis Definition 4:20 Osmosis in Animal Cells Example 7:00 Osmosis in Plant Cells Example 7:30 Water Potential 9:22 Create Something Prompt! We are so appreciative of feedback we receive as it helps us continue to improve. In this video, we say the word "molecules" several times. Chemically speaking---the term "molecule" may be ok when referring to water but not salt as we did in 2:54. Salt is formed by ionic bonds [not molecular (covalent) bonds like you would see in water]. Vocabulary includes solute, solvent, passive transport, hypertonic, hypotonic, isotonic, equilibrium, water potential, pressure potential, turgor pressure, and solute potential. NOTE: We defined water potential as potential energy in water (supported in reference: https://cnx.org/contents/[email protected]:[email protected]/Transport-of-Water-and-Solutes), but in the video, we do note that this definition can be expanded upon or worded in many different ways. In bio specifically, water potential tends to be used to describe where water travels based on solute potential and pressure potential. Reference: OpenStax Biology for AP Courses, Biology for AP® Courses. OpenStax CNX. Apr 9, 2018 http://cnx.org/contents/[email protected] Support us on Patreon! http://www.patreon.com/amoebasisters More ways to Support Us? http://www.amoebasisters.com/support-us.html Our Resources: Biology Playlist: https://www.youtube.com/playlist?list=PLwL0Myd7Dk1F0iQPGrjehze3eDpco1eVz GIFs: http://www.amoebasisters.com/gifs.html Handouts: http://www.amoebasisters.com/handouts.html Comics: http://www.amoebasisters.com/parameciumparlorcomics Unlectured Series: https://www.amoebasisters.com/unlectured Connect with us! Website: http://www.AmoebaSisters.com Twitter: http://www.twitter.com/AmoebaSisters Facebook: http://www.facebook.com/AmoebaSisters Tumblr: http://www.amoebasisters.tumblr.com Pinterest: http://www.pinterest.com/AmoebaSister­s Instagram: https://www.instagram.com/amoebasistersofficial/ Visit our Redbubble store at http://www.amoebasisters.com/store The Amoeba Sisters videos demystify science with humor and relevance. The videos center on Pinky's certification and experience in teaching science at the high school level. Pinky's teacher certification is in grades 4-8 science and 8-12 composite science (encompassing biology, chemistry, and physics). Amoeba Sisters videos only cover concepts that Pinky is certified to teach, and they focus on her specialty: secondary life science. For more information about The Amoeba Sisters, visit: http://www.amoebasisters.com/about-us.html We cover the basics in biology concepts at the secondary level. If you are looking to discover more about biology and go into depth beyond these basics, our recommended reference is the FREE, peer reviewed, open source OpenStax biology textbook: https://openstax.org/details/books/biology We take pride in our AWESOME community, and we welcome feedback and discussion. However, please remember that this is an education channel. See YouTube's community guidelines https://www.youtube.com/yt/policyandsafety/communityguidelines.html and YouTube's policy center https://support.google.com/youtube/topic/2676378?hl=en&ref_topic=6151248. We also reserve the right to remove comments with vulgar language. Music is this video is listed free to use/no attribution required from the YouTube audio library https://www.youtube.com/audiolibrary/music?feature=blog We have YouTube's community contributed subtitles feature on to allow translations for different languages, and we are thankful for those that contribute different languages! YouTube automatically credits the different language contributors below (unless the contributor had opted out of being credited). We are not affiliated with any of the translated subtitle credits that YouTube may place below. If you have a concern about community contributed contributions, please contact us.
Views: 211464 Amoeba Sisters
Osmosis in Elodea
 
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Osmosis is the movement of water from a an area of low solute concentration to an area of high solute concentration across a semi-permeable membrane. Osmosis is a type of passive transport, so does not require energy. This video shows osmosis in Elodea cells. At time 0, the cells appear as they would in pond water. A 20% sucrose solution is then added, creating a hypertonic environment. Water leaves the cells by osmosis, resulting on plasmolysis. Distilled water is then added to create a hypotonic environment. Water re enters the cells by osmosis and the effects of plasmolysis are reversed.
Views: 38608 Owen Flattery
Bio B12 - Osmosis Part II: Isotonic Hypotonic & Hypertonic Solutions
 
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@Papapodcasts on Twitter/Facebook
Views: 118113 Papapodcasts
Hypertonic, Hypotonic Effects on Tissues: OSMOSIS INVESTIGATION
 
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Review of the impact of Salt and fresh water on Carrots.
Views: 1672 CuriousMoranland
Why do your fingers wrinkle more in fresh water than in salt? Experiment
 
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Why do your fingers wrinkle more in fresh water than in salt? Experiment To discover what causes your hands to get wrinkly in water. 1.) Make a saturated salt solution by dissolving as much salt as you can in a cup of water. Fill another cup with fresh water from the tap. 2.) Submerge one hand in the salt water and the other in fresh water fro 20 minutes. Observer both hands. Explanation You should notice that your hands gets wrinkly from soaking in fresh water, just like being in the bathtub. However, the hand that was soaking in salt water will not be wrinkly at all! Every cell in the skin of your hands contains a semi permeable membrane, which allows some substances to enter the cell, but not others. Water can freely pass in and out of the cells of your skin. Whether water passes in or out depends on the concentration of salt outside of the cells. If your cells are surrounded by a solution that has a greater concentration of salt, water will pass from these cells to the outside solution in and attempt to equalize the concentration. This passage of water through a semi permeable membrane is know as osmosis. IF the concentration of salt is greater within the cells than outside, water will move into the cells. Water will always move in the direction of the greatest salt concentration, in attempt to dilute it. When placing your hand in tap water the solute concentration in the cells of your skin is greater than that of the tap water. The cells have a greater concentration of dissolved solutes that the water surrounding them. The cells are hypertonic to the surrounding solution. As a result, water will flow into the cells in an attempt to equalize the concentrations. This makes the skin wrinkly. However the solute concentration of the salt water is greater than that of the solute concentration in the cells. The cells have a lower concentration of dissolved solutes than the salt solution surrounding them. The cells are hypotonic to the surrounding solution. In an attempt to equalize the concentrations, water will actually leave the cells of your skin, making your skin fell a littler tighter. This is how bath salt works, which prevents your skin from getting wrinkly as you soak in the tub. Remember to check your fingers the next time you swim in the ocean. FOLLOW ME ALSO ON SOCIAL NETWORKING » FACEBOOK - https://www.facebook.com/KidsFunScience/ TWITTER - https://twitter.com/Kidsfunscience INSTAGRAM - https://www.instagram.com/kidsfunscience PINTEREST - https://www.pinterest.com/kenzschach/kids-fun-science/ HELP! Please help me TRANSLATE my Videos!! aTdHvAaNnKcSe https://www.youtube.com/timedtext_cs_panel?c=UCIhOcXQvRZq8SJLdeXJ2L1Q&tab=2
Views: 849 Kids Fun Science
elodea in tap water vs salt water
 
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Basics of the Elodea Lab for learning about movement of water in/out of cells
Views: 22434 Elizabeth Godwin
Elodea Turgor Pressure
 
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TEKS 7C demonstrate and illustrate forces that affect motion in everyday life such as turgor pressure. This video shows how the cell membrane shrinks and pulls away from the cell wall when salt water is added to Elodea, a freshwater plant. When this happens, the plant becomes "wilted."
BCLN - Osmosis - water -sugar solution - Biology
 
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Osmosis occurs when pure water is on one side of a membrane and water with a solute like sugar is on the other side. This video uses animations to explain why water passes into the side with the sugar solution. An example of the osmosis that occurs when a red blood cell is put in salt water is illustrated. An example of what happens when a red blood cell is put in pure distilled water is also shown.
Views: 15827 W CLN
DELMAR - Isotonic or Hypertonic seawater solution
 
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DELMAR nasal spray is intended for nasal mucous membranes with physiological disorders and for everyday hygiene of the nasal passages. The isotonic solution contained in the nasal spray restores the natural moisture of the membrane and supports its self-cleaning abilities and the creation of a protective surface layer. The solution naturally and effectively preserves the proper functioning of the nose. Regularly using the nasal spray lowers the risk of infection of the upper respiratory tract.
How to make an Isotonic drink with seawater
 
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Isotonic drinks are intended to provide energy to the body but the intention of using sea water is for Cellular Nourishment. Seawater contains almost all the elements of the periodic table. "In 1904, the biologist René Quinton published his definitive work that firmly and scientifically established the therapeutic virtues of sea water, also called 'Marine Plasma' or 'Ocean Plasma'." (Oceanplasma.org) You can read more about the benefits of Seawater and how to use it in books from Dr. Angel Gracia
Views: 1898 Handy Cosas
Quinton and the Extracellular  Matrix
 
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Dr. Michael Kessler, DC, an expert in German biological medicine, demonstrates in detail how Quinton Isotonic and Hypertonic Marine plasma dramatically improve the bioenergetics of the body. Revolutionary biologist Rene Quinton discovered that the fluid that bathes our cells—called the extracellular matrix, is profoundly similar to seawater. Quinton Marine Plasma contains all the elements naturally present in seawater and can restore a damaged extra-cellular matrix with wide-ranging tonic effects on the body and energy. Dr. Kessler demonstrates the potent impact of Quinton Marine Plasma through HeartQuest Heart Rate Variability technology, which breaks the time measurement between heart beats into very specific frequency bandwidths that correspond to the regulatory functions of the body. HeartQuest can measure the autonomic nervous system, neurohormonal regulation, psychoemotional balance, the balance of the acupuncture meridian system, and more. Various patient cases are discussed with before and after results. ******************** Main Site + Wholesale: https://www.quicksilverscientific.com/ Retail: https://www.purxpressions.com/ Water & Wellness: https://www.purative.com/ ******************** Facebook: https://www.facebook.com/quicksilverscientificllc/ Twitter: https://twitter.com/quicksci303 Google +: https://plus.google.com/+QuicksilverScientific
Freshwater fish vs seawater fish ion regulation-Animal Physiology
 
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"Fish gills regulate ion differently in freshwater and saltwater." Marine water fish blood has a higher water concentration than their surrounding sea water. causing water molecules to diffuse out of the blood into their surrounding water by osmosis. These fish must replace the lost water, by the drinking their surrounding concentrated water, intaking salts which is then removed by active transport through their gills Na+-Cl- ATPase molecules, back to the seawater. Ion exchange in saltwater fish: The Na+ K+/2Cl- (NKCC) co-transporter brings in potassium ion (K+) and chloride ion (Cl-) from the extracellular fluid in the fish gill epithelial cells using the Na+ electrochemical gradient. The K+ and the Na+ separate from the 2Cl- in the the cell. The 2Cl- separate out and exit the cell through the apical surface via the Chloride channel down their concentration gradient. the K+ goes back to the extracellular fluid via the K+ channel from the cell. Na+ exit the cell that had entered through the NKCC via the Na+/K+ ATPase channel in exchange for K+ causing small potential difference (outside more negative due to the Cl- ions exiting than compared to the extracellular fluid) it drives the outward movement Na+ outside the cell. In freshwater fish water is absorbed through gills and skin by diffusion into the blood. While water moves in towards the higher osmotic pressure of the blood, Na+ and Cl- ions diffuse out of the fish, moving down their concentration gradients to the external environment. The fish then can actively take up the ions across their gills epithelial membranes from the surrounding environment to replace the constant loss of ions. Food is another way by which to replace lost Na+ and Cl-. Ion regulation is freshwater fish: The mechanism for Na+ uptake and Cl- are independent. From the dilute freshwater to the concentrated blood Na+ is actively transported against the concentration gradient. H+ is excreted out in exchange for Na+. The Cl-/HCO3 - exchange secretes the bicarbonate ion (HCO3-) in exchange for Cl- ions. HCO3- and H+ are metabolic wastes that are derived from the conversion carbon-dioxide(CO2) using carbonate anhydrase (CA). These metabolic wastes (H+ and HCO3) keeps it from generating large potential differences across the gill epithelium in freshwater fish. A protein that is responsible for sodium uptake uses ATP to exchange Na+ for K+. Text citation: - Animation: (2:00-250),(3:28-4:13): Dr.Gregg Dearbom,Greg Goss.(2002).Ion and Acid-Base Regulation in Fish Gill. Retrieved from http://www.biology.ualberta.ca/facilities/multimedia/uploads/zoology/fishgill.html - (1:03-1:19) Am J Physiol.(1980).Morphology of gill epithelia in fish. Retrieved from http://www.ncbi.nlm.nih.gov/pubmed/7369389 - (2:00-250),(3:28-4:13) Gene Helfman, Bruce B. Collette, Douglas E. Facey, Brian W. Bowen.(2009). The Diversity of Fishes: Biology, Evolution, and Ecology (2nd ed.). Wiley-Blackwell - (2:00-250),(3:28-4:13) Richard Hill, Gordon Wyse, and Margaret Anderson. ().Animal Physiology (3rd Ed.).Sinauer Associates, Inc. Box Extension 5.2 Image citation: 1. Art. Britannica Online for Kids. (2006) respiratory system: fish gills. Retrieved November 24,2014 from http://kids.britannica.com/elementary/art-87782 2. Stanford.(N/A).Gill anatomy - gross anatomy. Retrieved November 24,2014 from http://esi.stanford.edu/respiration/respiration3.htm 3. Richard Lloyd.(1992) Water quality and fish health. Retrieved November 24,2014 from ftp://ftp.fao.org/docrep/fao/009/t1623e/t1623e.pdf 4. Education. (N/A).Fish gills: Extractin Retrieved November 24,2014 from http://01.edu-cdn.com/files/static/mcgrawhill-images/9780071410403/f0314-01.jpg 5. Mackean, DG. (2004) Retrieved November 24,2014 from http://www.biology-resources.com/drawing-fish-gills.html 6. Education. (N/A).Fish gills: Extractin Retrieved November 24,2014 from http://01.edu-cdn.com/files/static/mcgrawhill-images/9780071410403/f0314-01.jpg 7. Mackean, DG. (2004) Retrieved November 24,2014 from http://www.biology-resources.com/drawing-fish-gills.html 8. Ashleysbiostudyguides. (2013). Uptake of Ions in Freshwater and Marine Fish Retrieved November 24,2014 from https://ashleysbiostudyguides.wordpress.com/2013/04/20/animal-and-plant-homeostasis-and-physiology-study-guides/ 9. Pearson education. (2008). Osmoregulation in seawaterfish Retrieved November 24,2014 from http://www.slideshare.net/jayswan/ap-biology-chapter-44 10. Ashleysbiostudyguides. (2013). Uptake of Ions in Freshwater and Marine Fish Retrieved November 24,2014 from https://ashleysbiostudyguides.wordpress.com/2013/04/20/animal-and-plant-homeostasis-and-physiology-study-guides/ 11. Pearson education. (2008). Osmoregulation in freshwater Retrieved November 24,2014 from http://www.slideshare.net/jayswan/ap-biology-chapter-44 12. Finding Nemo Animated GIF.[Online imgae]Retrieved November 24,2014 from http://giphy.com/gifs/finding-nemo-3RhLaTjk3MnSw
Views: 41394 Animal Physiology
Is Hypertonic Salt Water?
 
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DIY Saline Solution
 
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Saline solution refers to a salt solution, which you can prepare yourself using readily available materials. The solution can be used as a disinfectant or sterile rinse. This recipe is for a salt solu
Views: 283203 KGB Survivalist
Hypotonic, isotonic, and hypertonic solutions (tonicity) | Khan Academy
 
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Hypotonic, isotonic and hypertonic solutions (tonicity). Seeing the effect of various types of solution on the direction of osmosis. Watch the next lesson: https://www.khanacademy.org/science/biology/membranes-and-transport/diffusion-and-osmosis/v/diffusion-and-osmosis?utm_source=YT&utm_medium=Desc&utm_campaign=biology Missed the previous lesson? https://www.khanacademy.org/science/biology/membranes-and-transport/diffusion-and-osmosis/v/osmosis?utm_source=YT&utm_medium=Desc&utm_campaign=biology Biology on Khan Academy: Life is beautiful! From atoms to cells, from genes to proteins, from populations to ecosystems, biology is the study of the fascinating and intricate systems that make life possible. Dive in to learn more about the many branches of biology and why they are exciting and important. Covers topics seen in a high school or first-year college biology course. About Khan Academy: Khan Academy offers practice exercises, instructional videos, and a personalized learning dashboard that empower learners to study at their own pace in and outside of the classroom. We tackle math, science, computer programming, history, art history, economics, and more. Our math missions guide learners from kindergarten to calculus using state-of-the-art, adaptive technology that identifies strengths and learning gaps. We've also partnered with institutions like NASA, The Museum of Modern Art, The California Academy of Sciences, and MIT to offer specialized content. For free. For everyone. Forever. #YouCanLearnAnything Subscribe to Khan Academy's Biology channel: https://www.youtube.com/channel/UC82qE46vcTn7lP4tK_RHhdg?sub_confirmation=1 Subscribe to Khan Academy: https://www.youtube.com/subscription_center?add_user=khanacademy
Views: 617207 Khan Academy
Quinton vs Quintessential...
 
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Order here: https://www.therawfoodworld.com/promotion.phtml?id=59 Would you like to know the difference between Quinton vs Quintessential? They are actually the same exact product with one minor difference in the structure of the glass vial. As seen in this video, when you snap off both glass tips in the Quinton Hypertonic, it creates an energetic vortex as the contents pours into your mouth. This energizes the marina plasma liquid just like when you vortex your water to energize it. I always recommend the Quintessential 3.3 over the .9, and the Quinton Hypertonic over the Isotonic, because it's three times the strength. They simply dilute the .9 and Isotonic with distilled water. Additionally, it's the same exact pricing... If you really wanted a diluted version, you can dilute it yourself with distilled water... You can make over three vials of the .9 and Isotonic with one vial of 3.3 and Hypertonic... To watch me demonstrate the difference between the Quintessential 3.3 and Quinton Hypertonic, watch this video...
Views: 4002 Matt Monarch
Gummy Bear Osmosis Experiment
 
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Gummy Bear Osmosis Experiment OSMOSIS TERMS Osmosis occurs when liquids flows through a semi-permeable membrane allow some things to pass through them -- most frequently liquids -- but not others. GUMMY BEAR COMPOSITION Gummy bears are made from gelatin and water, starting as a liquid and cooling into a chewy, gummy solution. This is a result of the presence of gelatins, whose molecules are chain-like and create a solid matrix. GUMMY BEAR EXPERIMENT: TAP WATER Place the gummy bears in cups of water and set aside. Then discuss hypotheses -- what do you think will happen to the gummy bears? The next day, the bears will have expanded, as water moved by diffusion through the bear's semi-permeable membrane to reach an isotonic state where the concentration of water molecules inside and outside the bear were the same. GUMMY BEAR EXPERIMENT: SALT WATER Conduct the same experiment, this time soaking the gummy bears in salt water. Again ask students to predict the outcome: will the addition of salt change the outcome of the experiment in any way? If you soak the original, water-expanded gummy bears in salt water, they will shrink; osmosis will cause water to leave the gummy bear. However, if you soak new gummy bears in salt water, they will shrink immeasurably, as the bears' gelatin construction will cause it to hold its shape and size, for the most part, even when water leaves the bear. TRY DIFFERENT LIQUIDS and let us know your results! Gummy Bear Osmosis Gummy Bear Osmosis
Views: 47239 Kids Fun Science
How to use Stérimar Nasal Spray
 
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An instructional video showing how to use Stérimar Nasal Spray - created and produced by smp
Views: 244635 wearesmp
Potato experiment | Osmosis | Biology
 
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In this experimental set up 3 potatoes - 2 raw and 1 cooked are used. All 3 have a cavity and are placed in a tray of water. One of the raw potatoes and the cooked one have salt filled in their cavities. The cavity in the other raw potato is left empty. When the potatoes are observed some time later, the salt in the raw potato is dissolved in water, while the salt in the cooked potato is still in the solid form with no water. The 3rd potato is without water. What happened here is like this. Because of osmosis, the cells of the potato surrounding the salt filled cavity gave out water into the cavity. This water is drawn from the water lying in the tray. The cooked potato cells are dead and so do not undergo osmosis. So no water is drawn in and the salt remains dry. In the case of the 3rd potato, as there is no salt, the cells do not develop sufficient osmotic pressure to draw in water..
Views: 212300 KClassScienceChannel
RENE QUINTON. The SEAWATER CURE ALL DISEASES in natural way and ´FREE!!! ´Without cost!!!
 
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RENE QUINTON. The SEAWATER CURE ALL DISEASES in natural way and ´FREE!!! ´Without cost!!! Short video clip about Rene Quinton and his discovery the Marine Plasma. En ESPAÑOL: https://youtu.be/hqTaqbZ8Ld8 -- http://www.iadcro.com/prevencionebola.html Rene Quinton and his discovery; "The Benefits of Seawater": http://www.deepseanews.com/2007/04/the-benefits-of-seawater René Quinton was the biologist who proved, one hundred years ago, that the composition of human blood plasma and the raw but diluted oceanic water were alike. Based on this premise, he elaborated a Marine Plasma bearing his name. Who was René Quinton? http://oceanplasma.org/documents/lifetherapy.html - YouTube Channel FIAPBT: https://www.youtube.com/user/fiapbt/videos - IADCRO YouTube channel: https://www.youtube.com/user/iadcro1/videos
Views: 3923 FIAPBT
Should You Be Drinking Marine Plasma?
 
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The Doctors discuss a new drink that has beauty gurus buzzing. But is it really good for you? Subscribe to The Doctors: http://bit.ly/SubscribeTheDrs Like us on Facebook: http://bit.ly/FacebookTheDoctors Follow us on Twitter: http://bit.ly/TheDrsTwitter Follow us on Instagram: http://bit.ly/InstagramTheDoctorsTV Follow us on Pinterest: http://bit.ly/PinterestTheDrs About The Doctors: The Doctors is an Emmy award-winning daytime talk show hosted by ER physician Dr. Travis Stork, plastic surgeon Dr. Andrew Ordon and OB-GYN Dr. Nita Landry. The Doctors helps you understand the latest health headlines, such as the ice bucket challenge for ALS and the Ebola outbreak; delivers exclusive interviews with celebrities dealing with health issues, such as Lamar Odom, Teen Mom star Farrah Abraham, reality stars Honey Boo Boo and Mama June, and activist Chaz Bono; brings you debates about health and safety claims from agricultural company Monsanto and celebrities such as Jenny McCarthy; and shows you the latest gross viral videos and explains how you can avoid an emergency situation. The Doctors also features the News in 2:00 digest of the latest celebrity health news and The Doctors’ Prescription for simple steps to get active, combat stress, eat better and live healthier. Now in its eighth season, The Doctors celebrity guests have included Academy Award Winners Sally Field, Barbra Streisand, Jane Fonda, Marcia Gay Harden, Kathy Bates and Marisa Tomei; reality stars from Teen Mom and The Real Housewives, as well as Kris Jenner, Caitlyn Jenner, Melissa Rivers, Sharon Osbourne, Tim Gunn and Amber Rose; actors Jessica Alba, Christina Applegate, Julie Bowen, Patricia Heaton, Chevy Chase, Kristin Davis, Lou Ferrigno, Harrison Ford, Grace Gealey, Cedric the Entertainer, Valerie Harper, Debra Messing, Chris O’Donnell, Betty White, Linda Gray, Fran Drescher, Emmy Rossum, Roseanne Barr, Valerie Bertinelli, Suzanne Somers; athletes Magic Johnson, Apolo Ohno and Danica Patrick; musicians Tim McGraw, Justin Bieber, Clint Black, LL Cool J, Nick Carter, Kristin Chenoweth, Paula Abdul, Gloria Gaynor, La Toya Jackson, Barry Manilow, Bret Michaels, Gene Simmons and Jordin Sparks; and celebrity chefs Wolfgang Puck, Guy Fieri and Curtis Stone.
Views: 2908 The Doctors
elodea in salt water
 
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Placed elodea from a fresh water environment into a saltwater environment.
Views: 32197 Joshua Nielsen
Quinton Hypertonic & QuintEssential 3.3
 
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Quinton Hypertonic™ is pure seawater harvested from protected plankton blooms following the protocols of Frenchman Rene Quinton (1866–1925). Quinton Hypertonic™ supports electrolyte balance, normal energy metabolism, and improved alertness.* Quinton Hypertonic™ supports normal functioning of the nervous system, protein synthesis, bone formation, and normal muscle function.* The minerals provided by Quinton Hypertonic™ play an important role in cell division.* Quinton Hypertonic™ is excellent for long-term use and is easily absorbed into the body when taken orally.* Quinton Hypertonic™ is excellent for use when an immediate revitalizing effect is desired for the body or to support exertion with major physical or psychological effort.
√ Salt and Water Concentrations in Blood | Biology
 
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#iitutor #Biology #ChemicalCompositionOf Blood https://www.iitutor.com In this video: Salt and water balance in the bloodstream, Osmoreceptors, Anti-diuretic Hormone, and Aldosterone Hormone. To maintain the water concentration in our blood, you must drink 2.0 L of water a day or obtain these fluids from our food. For example foods high in water include: Watermelon, Zucchini Cucumber, Most fruits and Vegetables. We lose 2 L of water per day through perspiration, urine, exhaled air and exercise. A drop in fluid intake will cause thirst. A drop in fluid beyond 10% of body mass can cause death. A decrease in the concentration of sodium ions in the bloodstream leads to a decrease in blood volume. This can cause many symptoms including fatigue, nausea, thirst and feeling faint. When you eat salty foods such as chips, what do you feel like doing after? Often people feel thirsty and want to drink water. This is to even out the salt and water balance. Water is drawn to salt. Water is a really good solvent which means it likes to dissolve substances, like salt. Water is attracted to salt. So when there is a high salt concentration in the body, from foods, you will also experience more water retention. When there are more salts present in the bloodstream, there will also be a higher amount of water retention. This is why on some diets, a tactic is to cut the salt out completely – the weight you may lose is water. This is not a healthy way to lose weight as water is needed in the body – and also salt in moderation. An osmoreceptor is a sensory receptor primarily found in the hypothalamus of most endothermic organisms that detect changes in osmotic pressure. Osmoreceptors detect changes in the blood water and salt concentrations in body cells and tissues. The hypothalamus detects in the blood a decreased amount of water by an increase in blood concentration (thicker blood). When we become dehydrated, by decreasing water intake or increasing water loss, water is lost from our bloodstream. This increases it is osmotic pressure and the cells become hypertonic. Water levels are unbalanced when cells are hypertonic. More water (and potentially salt – if levels are low) is needed to balance the cells. If salt is inside the cell, water will follow. We aim for our cells to have an isotonic balance. An equal amount of water on each side so cells are nourished, but not overfull. If you consume too much water it can be detrimental to your body as it puts the cells under stress with too much water. When under this amount of pressure cells can burst (and therefore die). When we become dehydrated (by sweating for example), it causes the blood to be more concentrated (thicker) which pulls water into the blood from the cells as the osmotic pressure has increased. The cells of the hypothalamus shrink. This is when the hypothalamus sends a message to the pituitary gland to release more Antidiuretic Hormone into the blood. The hypothalamus also sends a message to make you feel thirsty. Drinking water is a behavioural response that decreases osmotic pressure. Adjustments to the concentration of water and salts within the urine takes place mainly in the distal parts of the kidney tubules and the collecting tubules, by alterations to the permeability of the membranes of cells lining the nephron walls. These changes in permeability are brought about by two main hormones: Aldosterone brings about retention (conservation) of salts within the body. ADH (anti-diuretic hormone) brings about water reabsorption (conservation) within the body. When a mammal begins to dehydrate, blood volume drops and this is detected in the hypothalamus of the brain. It stimulates the pituitary gland to release the hormone ADH, which acts on the nephrons of the kidneys to increase the reabsorption of water. The Antidiuretic Hormone works by making the kidneys more permeable to water. This means the kidneys allow more water to be reabsorbed in the body. When water levels are restored, there is less ADH produced, meaning less water is reabsorbed by the kidneys. Aldosterone (SALT regulation) is a steroid hormone secreted by the cortex of the adrenal gland. Its function is to regulate the transfer of sodium and potassium ions in the kidney. A decrease in the concentration of sodium ions in the bloodstream leads to a decrease in blood volume and this stimulates cells in the cortex of the adrenal gland (above the kidney) to secrete the hormone aldosterone. If sodium ions (salt) are in lower than normal concentration in the blood, less sodium is excreted in the urine as these ions are moved from the nephron into the surrounding capillaries by active transport. As water is attracted to sodium it also moves as a result. This increases the blood volume and so maintains blood pressure, as well as the sodium ion levels of the body fluids.
Views: 5852 iitutor.com
20 Second Story of Osmosis - Freshwater Fish
 
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My 20-second story of osmosis for my STEP Science Curriculum & Instruction course.
Views: 11600 Mary Clare Bernal
Osmotic burst of blood cells
 
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Erythrocytes (top) and leukocytes (bottom) subjected to a cyclic osmotic change (from isotonic to hypertonic, back to isotonic and finally to hypotonic - distilled water). When exposed to hypertonic solution, the cells shrink. When exposed to water, they swell and burst - erythrocytes become "ghosts" (they expel hemoglobin and lose contrast) and leukocytes blow up like popcorn (see http://youtu.be/Yf_vo4RQThs). By M. Grundner, U. Klančnik & J. Derganc Institute of Biophysics, University of Ljubljana, Slovenia http://www.mf.uni-lj.si/en/ibf/about-the-institute
Views: 170851 CellBiophysics
Carrot Lab
 
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A carrot is placed in three different solutions, hypotonic, isotonic and hypertonic. Salt is the dissolved particles in the water.
Views: 3104 Kristin Worley
How  salt water effects plant cells
 
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By Alexei and Salem
Views: 1976 Julie Clement
Quinton Isotonic & QuintEssential 0.9
 
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Quinton Isotonic™ is pure seawater harvested from protected plankton blooms by Laboratories Quinton, following strict protocols established by Frenchman Rene Quinton (1866–1925). These protocols ensure that the product is of the highest quality and purity. Quinton Isotonic™ is diluted to an isotonic concentration to conform to the human extracellular matrix (bio-terrain). Quinton Isotonic™ is excellent for long-term use and is easily absorbed into the body when taken orally. Due to its composition, Quinton Isotonic™ is associated with weighted and infinitesimal biological effects through a large number of its bio-components.* Quinton Isotonic™ supports homeostasis and natural rehydration.* It supports the biological terrain, supplying total iono-minerals to the extracellular fluid.* This balanced blend of minerals supports normal cellular osmosis.* Quinton Isotonic™ also contributes to normal digestion and production of hydrochloric acid in the stomach.*
Seawater - the important therapeutic discovery Part 2
 
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COLON HYDROTHERAPY RETREAT : http://www.captaincolon.com/ SeaWater Therapy : http://www.captaincolon.com/testimonials.html Hypertonic: If the salt(s) concentration is more than 9‰ then ocean water is HYPERTONIC. 21‰ seawater is sometimes called "Duplase" but it is not often used. It has roughly 2/3 the salt content of regular seawater. Ocean salinity (expressed in ‰ - per mil) is approximately equal to the weight, in grams, of salts dissolved in 1000 g of seawater. This would be the salt concentration in parts-per-thousand (‰). Average ocean water has a salinity of 35.0. Expressed in %, it would be 96.5% pure water molecules and 3.5% of salts, dissolved gases, organic materials and undissolved particles. This means that 1000 g of average seawater contains 965 grams of water and 35 grams of salts. Hypertonic Sea Water is really an Oceanic Solution, not a true plasma or serum. This distinction should be noted when discussing these two major forms of seawater in scientific terms. Hypotonic: Abilene, Texas Shreveport, Louisiana Lichtenstein, Vaduz Wichita Falls, Texas Guinea-Bissau, Bissau Corona, California The Hague, Netherlands El Monte, California Clearwater, Florida Al Masafirah, United Arab Emirates, Al Masafirah, UAE http://www.captaincolon.com/Colon_FAQ.html
Views: 421 coloniccleanse
Algae in hypertonic solution
 
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A salt solution is added to a filamentous green algae. The hypertonic solution draws water out of the cells, causing the cell membranes to pull away from the cell walls.
Views: 343 Raymond Rodriguez
Isotonic Hypotonic and Hypertonic Solutions.mov
 
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This video goes over Isotonic, Hypotonic and Hypertonic Solutions
Views: 186612 CBeLearnBPS
Osmosis! Rap Science Music Video
 
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On iTunes at https://itunes.apple.com/us/artist/glenn-wolkenfeld/id555040717 Learn about Osmosis and Membranes at https://www.sciencemusicvideos.com/ap-biology/membranes-quiz/ Buy the video at http://www.teacherspayteachers.com/Store/Glenn-Wolkenfeld-1 Get curriculum at http://www.sciencemusicvideos.com LYRICS I put this yummy gummy through a science experiment, That models what happens to a cell in an environment That's more watery than the cell is inside, And what I saw, came as no surprise, My gummy bear expanded -- quintupled in weight, My gummy expanded, an increase so great, So listen up as Mr. W explains this! It's all about osmosis! Osmosis is the diffusion of water, Across a membrane or a water-permeable border. Diffusing like all molecules in fluid situations, From higher to lower concentration. CHORUS OSMOSIS! H20 diffusing OSMOSIS! See that water oozing Hypotonic to hypertonic flow OSMOSIS! Let's go! Let's talk about our gummy, in osmotic terms, Hypotonic, hypertonic, isotonic are the words You can use to discuss water's watery diffusion, Learn 'em well, to avoid confusion. Hypotonic means higher water concentration And relatively lower solute concentration, Hypertonic is the opposite --percent of water's less, With more solute dissolved inside, as you might guess So let's take these terms and apply them to our gummy bear, I'm looking at the package, and seeing what it says here, Each bear is mostly sugar with some other stuff mixed in, And holding it together is the protein gelatin So when you put a gummy in a cup of H2O It's readily apparent that the gummy is so Hypertonic to the water that it's in, and the water's hypotonic to our little gummy friend, And so through osmosis the water will diffuse, Into the gummy which soon will look so huge, The mass it gains is water which will infiltrate the gummy, Which one day later, is looking pretty funny CHORUS Next I took this freshwater plant, name is elodea It lives in lake and ponds never in the salty sea, In fresh water elodea cells are full and firm, It's all about osmosis as we're gonna confirm. See the cells are hypertonic to their watery exterior, So water will diffuse into the cell's interior, Expanding the membrane, pushing it against the wall, In fact you can't see the membrane at all, But add some salty water so the outside's hypertonic, And water leaves the hypotonic cells, it's so osmotic! Membrane leaves the wall, the cells' insides are scrunched. With the chloroplasts all stuck together in a bunch That's why at the grocery they always have that mister The water on the veggies helps to keep them crisper, Those droplets on the veggies are a hypotonic brew, osmosis moves the water in, the veggies look brand new. Dried fruit and beef jerky preservation is osmotic Their low water content makes the dry food hypertonic So any germs or molds that fall upon them lose their water And die and don't contaminate the dried food in the larder CHORUS Animal cells, in situation hypertonic Lose their water, shrink and shrivel look so sick But an animal cell in hypotonic abode Gains water and expands, eventually explodes 'Cause animals cells lack a wall, of course So nothing pushes back at the osmotic force, Water flows from hypotonic to the hypertonic cell, Which bursts cause the membrane can't stop the swell, If you want to keep a frog heart outside a body beating, An isotonic fluid, is what you'll be needing, Water concentration's same on each side of the cell, No gain or loss of water, the cell's feel so swell And this paramecium which lives in ponds and lakes Constantly fights osmotic water uptake, The contractile vacuole's a pumping adaptation To deal with this osmotic situation VIDEO CREDITS: Osmosis Animation by Matt Kinahan http://www.youtube.com/MRLifeANDstuff Elodea with chloroplast and Paramecium by Microscope Italy http://www.youtube.com/microscopitaly Elodea Plasmolysis by biopathe vidéo http://www.biopathe.fr/ Leukocyte burst in water by Cellbiophysics https://www.youtube.com/CellBiophysics Beating frog heart by Michael H. Weinberg http://www.youtube.com/michaelhweinberg
Views: 441659 sciencemusicvideos
Is Seawater A Homogeneous Mixture?
 
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And if sea water contains suspended impurities like 4 aug 2017 heterogeneous salts, mud decayed plant etc. A url? Q enotes homework help seawater homogeneous heterogeneous 1122209&sa u&ved 0ahukewig2oklqnbeahxiny8khtikalmqfgghmam&usg aovvaw0kgzk yoegzsnum vl1zl9"is or heterogeneous? [ppt] a century. Answer sea water is a mixture of salts and question_answer the 'sea water' can be classified as homogeneous well heterogeneous mixtureanswer called it contains dissolved in. Apart from these many gases are also dissolved in sea water. 19 jul 2017 sea water is composed of salt, sand and water. Is sea water a homogeneous or heterogeneous mixture? Explain your answer 755473 17 jun 2016 salt easily dissolves in water, but cannot be classified as mixture is which the composition 2. Sea water can be classified as homogeneous well free ncert solutions for 9th class science is matter around us pure homogenous and heterogenous mixtures solved classify each of the following an element, a compoun. And due to the presence of salt and suspended impurities sea water is also classified as heterogeneous mixture when a dissolved salts only, then it can be called homogeneous. The statement is false because mixtures are a physical blend of substances, not chemical bonding substancesseawater composed salt, sand, and water. The salt and water are at equilibrium naturally, so you cant scoop out of. It is soluble in a homogeneous mixture uniform, which means that any given sample of the will have same composition. Homogeneous mixture chemistry libretextsyahoo answers. Give examples of homogeneous mixtures. Homogeneous mixtures have uniform composition with a single phase only whereas is seawater heterogeneous mixture or homogeneous mixture? . Mixtures are a physical blend of substances, not chemical bonding substancesseawater is composed salt, sand, and water. This means that 1000g of averageseawater contains 965 grams water and 35 salts. The salt water described above is homogeneous because the dissolved classify each of following as an element, a compound. So, sea water homogeneous yup to second question but that means nothing. Hypertonic sea water is take 2 spoons of (ideal) muddy (water and lumps dirt) there would be a difference in the mixture. Is saltwater heterogeneous or homogeneous a mixture consists of visibly different substances phases 19 mar 2018 'sea water can be classified as well. It may be called define homogeneous mixture. Ice tea without ice cubes is a homogeneous mixture. A url? Q enotes homework help seawater homogeneous heterogeneous 1122209&sa u&ved 0ahukewig2oklqnbeahxiny8khtikalmqfgghmam&usg aovvaw0kgzk yoegzsnum vl1zl9"is or heterogeneous? Is Sea water can be classified into homegeneous and hetereogeneous the sea as a mixture well what kind of is water? Quorahomogeneous heterogenous lounge kerbal mixture? General chemistry properties matter classification explain. Ice tea without ice cubes is a homogeneous mixture mixture, in chemistry, contains
gummy bear lab
 
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day 1 & 2 of gummy bear osmosis lab: quick 3 min lesson on passive transport of water across the cell membrane. Hypertonic solutions are very salty and cause cells to shrink. HypOtonic solutions are less salty and cause cells to take in water and swell
Views: 9958 Keesha L
Saline Solution | How to Make a Saline Solution
 
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Saline Solution: In this video I am going to teach you the exact method of making Saline Solution. Subscribe to our channel to get more videos https://goo.gl/e241Kn Also Watch ( How to be Healthy ) Link: https://goo.gl/vtbvt5 In this video in which I have discussed the method of making Saline Solution is amazing and wonderful information you want to learn now. You will be amazed to see some amazing results if you follow exact methods in my Saline Solution Video. Thanks for watching. Don't forget to like, comment and share http://healthfullvids.blogspot.com http://twitter.com/healthfullvids Related Searches: Saline Solution, saline solution for piercings, saline solution nose, saline solution, normal saline solution, hypertonic saline solution, making saline solution, nasal saline solution, Saline, yourself, medical, solution, Saline Solution | How to Make a Saline Solution
Views: 126177 HealthFull Vids
Osmosis | #aumsum #kids #education #science #learn
 
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Osmosis. The movement of water molecules through a selectively permeable membrane from a region of high water concentration to low water concentration is called osmosis. A solution where there is higher water concentration outside the cell is called a hypotonic solution. A solution where there is lower water concentration outside the cell is called a hypertonic solution.
Views: 1176062 It's AumSum Time
Seawater - the important therapeutic discovery Part 3
 
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COLON HYDROTHERAPY RETREAT : http://www.captaincolon.com/ SeaWater Therapy : http://www.captaincolon.com/testimonials.html If the Ocean water solution is less that 9%(concentration of solutes), it is HYPOTONIC. Observations: If ANY LARGE large amount of fluid is introduced into the human body either lower or higher than 9‰, CELL DAMAGE will be inevitable! The blood cells themselves will either: CREANATE ( 9‰ salt in solution) and crush inward on themselves or LYSE and burst ( 9‰ salt in solution). This does not apply to hypertonic seawater that is taken orally, in small doses, like mouthful at a time. Have you ever heard of NORMAL SALINE SOLUTION? It is 9‰ salt - and that's regular table salt - NaCl. IN OTHER WORDS IT'S THAT UBIQUITOUS CLEAR FLUID THAT YOU SEE IN EVERYBODY'S ARM AT THE HOSPITAL! However, that saline solution is not equivalent to seawater any more than seawater is NaCl in purified water at 35‰! Seawater is a living substance and we explain this elsewhere in this web site. To be fair - there are other 'saline' solutions and these are discussed in detail in this document. To convert Hypertonic seawater (35‰) to Isotonic seawater (9‰), the dilution rate is: 70% diluting water and 30% pure ocean water. Or one takes ordinary seawater and dilutes it with Spring Water by the ratio of 2:4.66 which means: 2 L of of pure ocean water is mixed with 4.66 L of diluting water to produce 6.66 L of isotonic ocean water. Garden Grove, California Glendale, California Charters Towers, Queensland Springfield, Missouri Bahrain, Manama New Haven, Connecticut Hampton, Virginia Melbourne Ararat, Victoria Detroit, Michigan Umm al-Qaiwain, United Arab Emirates, Umm al-Qaiwain, UAE http://www.captaincolon.com/Colon_FAQ.html
Views: 397 coloniccleanse