Galileo’s Leaning Experiment Proven On The Moon Centuries Later

The main difference between practicing and doing science is that when you do science, something happens. why is that so is what you try to find. For example, if you are building a ship without knowing the concept of density, you are benefiting from practice. Once you’ve figured out the concept of density, it’s beyond saying “Maple is heavy, you can’t build a ship”, you can build huge machines out of metal.

Another important feature is verifiability Science does not always give the most correct answers. Sometimes an explanation can be disproved by another experiment. For each thesis, an anti-thesis is developed and new, more accurate information emerges at the end. The Leaning Tower of Pisa Experiment is one such example.

Whether or not Galileo Galileo did it is debatable. making it famous He had an experiment. In this experiment, which is said to have been carried out between 1589 and 1592, the famous scientist was said to have thrown two cannonballs down from the top of the Leaning Tower of Pisa, known for its curved stance. These cannonballs were a mixture of gold and lead. The proportions in the cannonballs were different.

Galileo oftenThe world spinsAlthough he is known to be executed by burning for saying ” very important it was a name. He also found the telescope. In particular, he tampered with the stereotypes from the past and led to the refutation of some of them.

One of these theories was the theory of gravity. about 2000 years ago He wanted to test Aristotle’s theory of gravity. At this point, he first developed a thought experiment. Accordingly, he had to have two objects with different weights in his hand.

Aristotle’s theory of gravity It’s pretty simple: Heavier objects fall faster. So if you throw a gold nugget and a feather, the gold nugget will fall first. Mixtures of lead and gold will hit the ground at different times depending on their structure. Galileo’s question was about going one step further.

Technically when you combine two balls you get a heavier object. In this case, the composite body should make the fastest fall, but it doesn’t. The fall time is somewhere between the individual fall times of the objects.

The first explanation that comes to mind density though density was actually only one of the variables. The main factor was air friction. In order to prove this situation with an experiment, after the death of Galileo exactly 329 years would have to wait.

Calendars August 2, 1971Apollo 15 was on the moon when he showed the . Apollo 15’s commander, Dave Scott, repeated Galileo’s experiment in the airless atmosphere of the Moon with a hammer and a feather. The objects Scott dropped from his hand at the same time, because there is no outdoor resistance simultaneously hit the ground. You can watch the video of the experiment above.

You can actually easily test this phenomenon yourself. All it takes is a umbrella actually. Leave the umbrella first closed and then open from a high place. Even though it’s the same umbrella and the same environment, there will be a dramatic difference.

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