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zakruti.com » Knowledge, science, education » TED-Ed
Can you solve the killer robo-ants riddle? - Dan Finkel

Can you solve the killer robo-ants riddle? - Dan Finkel

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Rating: 4.0; Vote: 1
The good news is that your experimental robo-ants are a success. The bad news is that you accidentally gave them the ability to shoot deadly lasers and you cant turn it off. Can you stop them from escaping their habitat before the lasers are activated? Dan Finkel shows how. Lesson by Dan Finkel, directed by Artrake Studio. Royale: The solution is incorrect. Two ants collise and swap direction is different from two ants pass each others. The movement is the same but the role of each ant is different. For example, the ant can go forever in one point because there are hundred of ants and they keep collise. There for make one ant stay in place forever
Date: 2020-08-22

Comments and reviews: 4


i kinda semi- randomly chose the spots and then made sure that i was right and no ats would escape. also the thing about the ants bumping into each other i just like kind of forgot about when i was solving it but it didnt really matter in the end anyway
but i got it right.

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Bonus riddle: it's a linear acceleration of collisions. The first time the collide, it's one ant. Then two ants collide at the same time, then three ants and so forth until 20 collisions. I dont know after that, but I think the answer is at least more than 400
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How do you accidentally give robo ants laser beams and also why do you have only 2 nozzles I would have 100s or them why dont they just have a piston that crushes all the ants killing them that is just hows some one like me would prepare
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For the bonus riddle, I just had an idea to use my moving fingers to give an example. And the result is the only thing I need to do is 30 x 20 = the total number of ant bumps
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