1. Πάντα στο Kέντρο μάζας είσαι εφόσον ισορροπεί, άθροιση ροπών. 2. Έχει μέσα τους μηχανισμούς που κάνουν τις μετρήσεις περιστροφής κλπ που ίσως να αλλάζουν συνεχώς το κέντρο βάρους αλλά και πάλι το κινητό δεν έχει ομογενώς κατανεμημένο βάρος, αλλού είναι πιο ελαφρύ, αλλού πιο βαρύ και είναι δύσκολο να πετύχεις το κέντρο βάρους στον άξονα συμμετρίας στις 3 διαστάσεις. 3. Το νερό ουσιαστικά δεν συμμετέχει αλλά δεν πίνουμε απεσταγμένο/καθαρό νερό, έχει ιόντα και αυτά έλκει ο μαγνήτης. 4. Τα δημητριακά έχουν σίγουρα σίδηρο και δεν ξέρω τί άλλο 5. Δημιουργήθηκε υποπίεση λόγω της καύσης στο πάνω μέρος του χαρτιού.
Stop-Motion Parkour We can't actually do flips and tricks in real life, so we applied a bit of video magic.
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Wormholes Explained Are wormholes real or are they just magic disguised as physics and maths? And if they are real how do they work and where can we find them?
Ridiculous Tricks You Can Do With a Slinky! I guess this is how you're supposed to play with a slinky「(°ヘ°) It's pretty ridiculous the tricks that you can do with this classic children's toy.
Repair Truck Causing Accidents 12/13/16 - One vehicle slide off hit a Comcast box in Indianapolis. Comcast repair trucks parked on the road and placed 4-5 cones at the bottom of the hill they were working at. This caused 5 slide offs. I personally warned another arriving Comcast truck of the slide offs and danger of parking at the bottom of the hill. He blew me of because he "had a job to do". Minutes later there was a crash because of the blocked lane. Multiple people were placed in danger. Even after the accident happened in front of them, they continued to work not changing any of their "safety" procedures. They showed ZERO concern for the safety of people before or after the accidents. People at the scene got out their own barriers and directed traffic while Comcast finished and left the scene.
How transistors work Modern computers are revolutionizing our lives, performing tasks unimaginable only decades ago. This was made possible by a long series of innovations, but there’s one foundational invention that almost everything else relies upon: the transistor. Gokul J. Krishnan describes what a transistor is and how this small device enables all the amazing things computers can do.
Modding. Custom case for computer (Battletech/Mech Warrior style). Continue work on computer case in the style of BattleTech (Mech Warrior). A distinctive feature of the Vulture (Mad Dog) have always been two huge missile launchers – in this video we are going to do... Also add a couple of sensors for temperature control on the Arduino and RGB led backlight. Time work took a lot, but I, as usual, tried to cover scope of work in the most compressed form, so as not to bore You)
Animals Being Awesome Took some animal stock footage and made them do cool things. Enjoy!
Self-Tying Shoe Lace Trick Tie your shoe laces magic trick revealed. Looks like you're tying your laces by flicking your foot around. Simple and easy illusion that you can do to impress your friends and family.
A Christmas Computer Bug, and the Future of Files In 1987, a German student wrote CHRISTMA EXEC - a virus whose basic mechanisms still work if you port them to today's desktop computers. Why haven't we changed in nearly 30 years? And what could we do instead?
Impossible 3D Painting A 3D work of art by Patrick Hughes, which seems to defy physics.
From the Miami Art Show in New York City
Virtual reality, explained with some trippy optical illusions Virtual reality is the new reality. Woah. Michael Abrash, the chief scientist for Facebook's Oculus, took the stage during day two of the F8 Developer Conference in San Francisco to blow everyone's mind with some trippy optical illusions. During the keynote, Abrash highlighted some interesting illusions to explain how we can trick our eyes into thinking what we're seeing is reality. And according to Abrash, these perceptions, and the assumptions our brain makes about them, are what make virtual reality work.
1. Πάντα στο Kέντρο μάζας είσαι εφόσον ισορροπεί, άθροιση ροπών.
2. Έχει μέσα τους μηχανισμούς που κάνουν τις μετρήσεις περιστροφής κλπ που ίσως να αλλάζουν συνεχώς το κέντρο βάρους αλλά και πάλι το κινητό δεν έχει ομογενώς κατανεμημένο βάρος, αλλού είναι πιο ελαφρύ, αλλού πιο βαρύ και είναι δύσκολο να πετύχεις το κέντρο βάρους στον άξονα συμμετρίας στις 3 διαστάσεις.
3. Το νερό ουσιαστικά δεν συμμετέχει αλλά δεν πίνουμε απεσταγμένο/καθαρό νερό, έχει ιόντα και αυτά έλκει ο μαγνήτης.
4. Τα δημητριακά έχουν σίγουρα σίδηρο και δεν ξέρω τί άλλο
5. Δημιουργήθηκε υποπίεση λόγω της καύσης στο πάνω μέρος του χαρτιού.