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Surface tension is a liquid's ability to hold up a certain amount of force. It is created by the liquid's molecules bonding together and pulling inward.

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Surface tension of water holding up coin

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Surface tension of water holding up coin

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The water's surface tension is strong enough to hold up this coin. Because of hydrogen bonding, the water is strong enough to withstand the weight, mass, pressure, and force of the coin.

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Water molecules pull inwards therefore creating water droplets. During the water cycle, these droplets are identified as precipitation, or rain. The water continue through the water cycle, and at different stages return to their form of droplets because of the liquid's surface tension pulling the molecules inward.

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https://water.usgs.gov/edu/surface-tension.html

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

https://www.britannica.com/science/surface-tension

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Surface tension diagram of a water droplet

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Surface tension diagram of a water droplet

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Surface tension helps some organisms to gather food or flee from predators. For instance, the water strider insect can run on water surfaces, which helps it to survive.

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Some liquid chemicals do not mix because of their tension. For example, oil has a lower surface tension than water, so when they are put together, they remain separate.

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This is a demonstration of how the surface tension of water can hold up the weight of a paper clip.

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Insects such as this water strider can walk on water because of the water's surface tension to hold it up. This applies to other scenarios, such as coins "floating" on water.