{"id":66843,"date":"2023-10-15T15:37:19","date_gmt":"2023-10-15T12:37:19","guid":{"rendered":"https:\/\/armenia23.ru\/?p=66843"},"modified":"2023-10-15T15:37:19","modified_gmt":"2023-10-15T12:37:19","slug":"a-man-drops-two-basketballs-off-a-dam-in-tasmania-to-demonstrate-what-physics-can-do-garnering-55-million-views","status":"publish","type":"post","link":"https:\/\/armenia23.ru\/?p=66843","title":{"rendered":"A man drops two basketballs off a dam in Tasmania to \u2018demonstrate what physics can do,\u2019 garnering 55 million views."},"content":{"rendered":"

The scene is set for an experiment that is anything but typical with a basketball, a 415-foot-high dam, and a sprinkling of physics whimsy.<\/p>\n

With a camera and a sense of adventure, a group of friends decided to investigate the Magnus effect at the Gordon Dam in Tasmania.<\/p>\n

Not with formulas or pictures, but with a genuine, bouncy, slightly disobedient basketball.<\/p>\n

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While the Magnus effect may appear to be a complex magic trick, physicists have been aware of it since the 1850s.<\/p>\n

It is the phenomena that causes a spinning item to veer off course and create a fun diversion in midair.<\/p>\n

But our daring experimenters decided to let a basketball speak for itself rather than following the prescribed course of scientific explanation.<\/p>\n

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The first basketball just descended, obediently following gravity’s path, and landing predictably below. <\/p>\n

No unforgettable impact or bounce back. nothing fancy.In other words, it behaved exactly as we anticipated.<\/p>\n

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But the second basketball was the star of the show.<\/p>\n

To the amazement and joy of witnesses, it veered off with a cheeky bit of backspin, cutting a curved course through the air, and made a splash in a far-off lake.<\/p>\n

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Wow, look at that thing move.<\/p>\n

The Magnus effect was demonstrated in a way that was both straightforward and completely enthralling as the words echoed as the basketball swayed in the wind.<\/p>\n

The ball traveled on a picturesque path down to the water below thanks to the changing air pressure caused by the backspin.<\/p>\n

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The video, fittingly named \u2018Backspin Basketball Flies Off Dam,\u2019 documented more than just a basketball’s unusual voyage.<\/p>\n

Over 55 million individuals watched as it landed on their screens and in their hearts.<\/p>\n

A straightforward physics presentation went viral, leaving us all in awe of science’s sense of humor.<\/p>\n

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The Magnus effect, however, is not just found in amusing studies and sporting events. Additionally, it is expanding into the fields of technology and transportation.<\/p>\n

Think about yachts powered by \u2018Flettner rotors,\u2019 spinning cylinders that harness the wind and glide through the ocean using the same idea that sent our basketball on its arcing descent.<\/p>\n

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Additionally, the sky is not off limits.<\/p>\n

While conventional airplane wings are the norm, there have been attempts to generate lift using spinning cylinders.<\/p>\n

The Magnus effect continues to inspire and direct inventions despite difficulties like increased drag, <\/p>\n

transforming what was once a straightforward observation into useful and occasionally unexpected uses.<\/p>\n

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It is there all around us, transforming a straightforward basketball drop into a show, a lesson, and an occasion for communal awe and learning.<\/p>\n

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The basketball thus carries a small amount of magic as it follows an unexpected path before swooping and curling into the lake.<\/p>\n

It serves as a reminder that the cosmos, in addition to being governed by rules and principles, <\/p>\n

is also capable of throwing us a curveball and encouraging us to explore, discover, and enjoy life’s unexpected turns.<\/p>\n

Check out the video below to see why this explanation of a well-known physics phenomenon received over 55 million views!<\/p>\n