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Very nice work! I liked how everything is laid out neatly and is easy to comprehend. I never knew water could do such a thing!

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Wow very nice! that is cool to know and I always thought about how insects lived on the top of the water like they do I understand now thanks

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https://drive.google.com/a/sunprairieschools.org/file/d/0Bw8aIjDdzM2SMmVEakNwSGZkWWc/view?usp=sharing

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Surface tensions role is in the stage of precipitation in the water cycle. As the cohesion build of the water molecules allows the water to stay tightly packed together, which creates the shapes of liquid droplets.

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Surface tension and chemistry have a relationship based on the mixing of substances. The relationship is all about the ability of some substances being able to break the surface tensions of other substances surface tensions. Using the example of surface tension, it allows the water molecules to stay together tightly, allowing no external force to split apart the cohesive build. A real life example of this would be water and oil, as the bonds of the two substances don’t allow mixture to take place.

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Surface tension allows a stable living for many light weight insects. Since the water molecules are tight and stick together, so they don’t separate when small amounts of pressure are applied. Because of surface tension very small insects to survive on the top of water’s surface, as well as a breeding source for many other species.

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Because of surface tension's ability to not allow other forces to break it apart, it provides life for many light weight insects. Gerridae (water striders), they are bugs that can walk on water and survive because of surface tension.

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Property of a surface of liquid which allows it to deny and external force, because of the cohesive build in the water molecule

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http://study.com/academy/lesson/cohesion-in-water-definition-example-quiz.html

https://www.khanacademy.org/science/biology/water-acids-and-bases/cohesion-and-adhesion/a/cohesion-and-adhesion-in-water

https://manoa.hawaii.edu/exploringourfluidearth/chemical/properties-water/hydrogen-bonds-make-water-sticky

https://en.wikipedia.org/wiki/Gerridae

https://www.reference.com/science/cohesion-affect-living-organisms-7aa265d9a4decd15#

https://www.reference.com/science/examples-adhesion-cohesion-256bc13aca409f7d
https://water.usgs.gov/edu/surface-tension.html

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The relationship between cohesion and the water cycle is during precipitation. For example, to have rain drops or any form of precipitation to fall the raindrops have to be heavy enough for gravity to pull them down. If water did not have cohesion they would not stick together making their mass not great enough to fall. This means no rain or water would fall stopping everything else in the water cycle from happening.

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During experiments when we add any droplets of liquids or chemicals we can see cohesion take place. Droplets are formed because of cohesion. The molecules are attracted to each other which allows them to stick together and form a droplet. This makes it easy for us to place small amounts of chemicals in a mixture by using drops. Also we see many type of bonds in chemistry such as covalent and ionic bonds. Cohesion is a hydrogen bond which means the bond only occurs between hydrogens.

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If water did not have the property of cohesion, then there would be a large effect on living organisms in the globe. For example, the cohesion in water allows millions of water molecules to come together to create a heavy enough drop where gravity can pull it down. If cohesion did not exist then the water molecules would just stay in the air and there would be no rain. This will disrupt many ecosystems because there would be no water filling up streams or lakes for fishes and causing many droughts to occur eventually causing the water cycle to stop at condensation and clouds. This would create many extinct species because their “houses” would be destroyed.

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We can see the cohesion property in water all around us. For example, raindrops are formed because of cohesion. The hydrogen bonds that are formed from the water molecules and cohesion is a bond that allows the molecules to stick to one another forming surface tension resulting rain drops and eventually allowing water particles to stick together to form clouds.

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This is the property that makes water molecules attracted to one another. Water is able to form hydrogen bonds, which creates a stronger cohesive force allowing their molecules stick to one another.