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I loved this, thank you!😊

¡Genial!, estoy por hacer un planímetro polar con los chicos de preparatoria para la feria de ciencias, usando arduino, después haremos esta máquina integradora. Excelente!!!!

I was expecting a mechanical, well, mechanism here. This is just a machine that displays the output of a computer that's *actually* doing the calculus.

From India

Hlo

Can you send me details can it’s work on commercial production

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Hello, can we find how to make this integrator? Is it free of rights? Sincerely.👍

Fascinating concept!

You're dancing around the topic of analog computing here. This can also be done using electrical components (generally capacitor voltages) instead of mechanical quantities. No digital computations - those voltages all vary smoothly the same way your wheel positions are. Before computers became "commonplace" this method was heavily used in the study of various non-linear systems.

cool

This was fantastic to watch. Well done!

Amazing. Just amazing. Very simple demonstration and a lot of knowledge. It brings me memories of high school :') Good old math... I wish I could go through the high school again but take much more focus on the math. Math is interesting and much more practical than most of the people thinks it is. Ofcoarse I could learn math by myself in home in free time, but it's not the same. Well.. I think that teachers are actually preaty helpful in gaining knowlegde and we (people hungry for knowledge, but little lazy xD) kinda need them actulay.

Fantastic video! Thank you!

Love the models. 🙂

yo.. it's been two years! where is the video with the mechanical integrators???

*ABSOLUTELY AMAZING* every maths classroom should have one of these

soo cool

It's not an innegral and not an innegrator. Try to pronounce a T, it's easy.

Why need an encoder to read the shaft value??

What tablet app is that? I like the idea of it. Would be a good thing to note and pin, maybe get a referral from the author?

Awesome

bravooooooooooooooooooooo

Thank you veeery much. You made integrals so clear!😀 Edit: can you please teach me some more calculus?

very nice, our grandfathers have had been very clever

Awesome demonstration. Thank you

这个太清晰了

I also tested analog computers that had a similar intergrator. This was many years ag. What a reminder.

Very nice, but you didn’t actually shoe how the mechanism worked or maybe I missed that. I saw the springs but how did it latch?

What a waste

Bro Just love from India ❤❤ that was amazing

very interesting,u what cad program did you create this model in? Solidowrks? what year?

Great video sorry about the hairline

graph it and weigh it

in the Soviet Union, we drew the integral on cardboard, cut it out and weighed it

now imagine the time disk is a hdd disk and the omnyweel is head of hdd, do we make an elaborator?(the magnetic trace well be programmable on any function)

How does it handle a function with a vertical asymptote?

It's incredible these machines exist, they are like scp's

How do you input the equation of interest into a mechanical integrator? Especially more complex ones?

it's incredible. I have not learned calculus in any form yet but i feel like i learned the goal of calculus and some of it did make sense based on what i know. Math is awesome

It would be cool to have the output analog by connection a second lead screw to the output shaft which moves a slider on a scale

Over 140 hours of work just to play Weezer.

This was one of the parts of WWII fire control that was the hardest to keep working properly BECAUSE OF SHOCK but also because the slippage could not be eliminated.

What app are you using to draw with? I've been looking for something exactly like that for instruction for a while.

🔥

It's interesting we never went down the biological route for computing

We learn and teach theory in India. This is pure application in real life. No wonder people are thronging the foreign universities. Hope one fine day, Indian education system matches up to the western universities.

you can also solve it using a scale! compare the weight of a known amount of paper compared with the sum of the paper under the curve.

Thats really fascinating