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200,251 views • 1 year ago •via X (Twitter)

8 Comments

Chumma dhan's profile picture
Chumma dhan1 year ago

Maths & physics would have been lot easier if my teacher taught me like this

Dr. Samia's profile picture
Dr. Samia1 year ago

In a room of 23 people there's a 50% chance that two people have the same birthday.

Byron Banger's profile picture
Byron Banger1 year ago

And the fact this is achieved with the metric system when used in powers of 100 is even more amazing

Props's profile picture
Props1 year ago

Wait that's so fucking interesting, doomscrolling actually paid off for once

Starlightsiren💫's profile picture
Starlightsiren💫1 year ago

I hate mathematics so much 😂

Shubham Lashkan's profile picture
Shubham Lashkan1 year ago

Its Physics to be accurate

Vlatko Duvnjak's profile picture
Vlatko Duvnjak1 year ago

If there is no collision, I believe we can approximate this with the oscillator model. The formula for the period of oscillation is T = 2π√(m/k), therefore I believe that is where π factor is coming from. Some good physicist should have no issue figuring this out with the proof

Decoding Engineering's profile picture
Decoding Engineering1 year ago

Let’s understand this: All collisions here (between blocks and between the smaller block and the wall) are elastic, meaning momentum and energy are conserved. The pattern shows that the total number of collisions depends on the ratio of the masses of the two blocks. If the mass ratio is m2/m1 = 100^n , the number of collisions is the first n digits of π Example: For n = 1 , where m2 = 100 m1 , the number of collisions will be 31, which is approximately the first two digits of π = 3.14. As the ratio of masses increases, the number of collisions approaches the digits of π.

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