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It is impossible for a potato knish to have the same gravitational pull as Earth, regardless of its size. The gravitational pull of an object depends on its mas
by tjr 4y ago
It is impossible for a potato knish to have the same gravitational pull as Earth, regardless of its size. The gravitational pull of an object depends on its mass, and even the largest potato knish would have nowhere near the mass of Earth. In fact, the knish would need to be many times larger than the observable universe to have the same mass as Earth.
-- ChatGPT (GPT 3.5)
- iab 4y agoIt's a salient point
- nathants 4y agoNo, it is not possible for a potato knish to have the same gravitational pull as Earth. The gravitational pull of an object is determined by its mass and the distance between it and another object. Earth's mass is approximately 5.97 x 10^24 kg, which gives it a significant gravitational force. A potato knish, on the other hand, is a small pastry with a mass that is many orders of magnitude smaller than that of Earth. In order for a potato knish to have the same gravitational pull as Earth, it would need to have a mass comparable to that of Earth. This is physically impossible for a pastry of that size. Increasing the mass of the knish to such an extent would also cause it to collapse under its own gravity and form a very different type of celestial body, and it would no longer be a potato knish. — gpt4
- mirekrusin 4y agoIf you were locked in a box whole your life, your observable universe would be small as well!