Dope Tech Episode 2

<<@daneast says : It goes up because you have made two springs parallel carrying the weight split between them, instead of serial with the entire weight resting on each spring.>> <<@matthewtalbot-paine7977 says : It makes sense because 1 way is running the springs in parallel the other in series>> <<@khileshanturkar9299 says : Initially weight is carrying by one string but after cutting its weight devided and carry by two strings. But weight goes up or down its depends on length of both loose strings. If those both loose strings takes of bigger length then definitely it would be down after cutting main string 😊 It also work as failed safe👍>> <<@Lid4zuri0n123 says : I actually saw the video he made of it but it goes up slightly as it goes from series to parallel>> <<@timbango2090 says : It will drop a tiny bit from slack in red and green string.>> <<@MrShadowncream says : Because online the springs see the full weight. When separate they split the weight>> <<@markusmathis8984 says : Dude are ppl realy that stupid? Like it is super obvious that it will go up 🤷‍♂️ ppl also not understand how flask pull mechanism work i guess 🤦‍♂️>> <<@Sooka_Phatwon says : Starts off with each spring bearing the entire load, after you cut green the load is split equally between the 2 springs so each is able to retract a bit.>> <<@TheChrisey says : It goes from being connected in series to being connected in parallel so 1/4 of the tension gets put on the springs>> <<@3_up_moon says : Witchcraft That's Witchcraft>> <<@TylerHightree-m3e says : Tension is a bitch sometimes it got me>> <<@Sassquach022 says : The reason is cause the rope is longer than the springs>> <<@ordinaryextraordinary9484 says : I’ve seen this table before, you can’t fool me>> <<@thatasiancouple says : Instead of one weight carrying the load, it’s distributed through 2 ropes. There for the tension decreased by 50%. That’s why it went up.>> <<@MaxPower-vf8kt says : My guess? I paused it. Both springs are already stretched by the weight. It stays in the same place but both springs get longer. Edit: it went up. Which really depends on the length of ropes and it makes sense after seeing it cut. It goes from both springs carrying the full load to both springs carrying part of the load. The extra rope is just enough to make you think it’ll fall, but not so much that it actually does (too much slack and it would still fall). Which, if the ropes were the same length it would still go up.>> <<@Leongon says : Knowing a bit of electronics I knew is was gonna go up, because cutting the green line turns the system from series to parallel, and in parallel the springs split the weight, while in series they don't.>> <<@PunkCryptid says : Well that was easily predictable. Why did none of them have a basic knowledge of physics.>> <<@backwardsJ420 says : The springs are under a load an when you cut it the spring retract makes sense>> <<@Greenfeenz says : By combining both springs in parallel it has more strenght then in series.>> <<@chriswhite5533 says : I was right>> <<@Dr_Dangle_AD says : The springs will compress more and it will go up.>> <<@danielgirard3722 says : You are taking the direct weight with both springs and you are then splitting the weight between the 2 springs. This will cause the springs to have less tension making the stretch less.>> <<@graw4223 says : I’m not sure this deserved its own video. Maybe like a 30 swing feature?>> <<@titus1689 says : 2× spring power>> <<@EvelynAscleonius says : Up because youre going from 1 chain bearing the weight to 2. Rather than each spring bearing the full weight, each now only bears half, meaning theyre under less tension and retract a bit>> <<@EldurThePaladin says : Tension builds potential energy. Cut the green rope, tension releases and so does that potential energy. And since the tension was building up downward due to gravity, weight bounces up.>> <<@gabrom5047 says : Springs have their own tension in the opposite direction.>> <<@EldenJoeOfTheDarkMoon says : I knew it wpuld go up. Don't ask me why>> <<@EldenJoeOfTheDarkMoon says : Such a clever trick!>> <<@danielbecker3517 says : Before cutting it you had the slack of the second spring being let down so both springs were stretched, when you cut it there is only 1 spring pulling up on the weight because the red string is connected directly to the weight, so there needed to be more weight to stretch the 1 spring as far as 2 springs were being stretched.>> <<@jackarmstrong46 says : Springs in series Vs parallel>> <<@jewelcrystal says : it goes up because the load is now shared>> <<@borisstojkovski9151 says : i feel like you only put the people that said down just for a bait, you didn't put the people that might have said up, or maybe everyone did say down that you found which means that people have 0 intuition about how springs work and have never played with springs, if you found an engineer, or mechanic or anyone who has tinkered with springs in that group i bet that he or she would 100% tell you that it would go up, its just basic principle between linear or in series and parallel connected springs>> <<@ZecarunCaminha-r2i says : i dont see a green rope>> <<@aydenbrown-q7v says : The spring was taut>> <<@Katauris says : NEVER cut the green wire. -Bomb disposal guy.. probably>> <<@limitless7176 says : It’s because of the springs they are extended and shoot back to their normal length>> <<@RyanSims-z7j says : Wiring in series vs parallel>> <<@GGLinnk says : up, parallel spring instead of serial>> <<@BEANimations says : Im dumb but I found this intuitive, there's less tension on the springs>> <<@lukmigindnuforhelved says : Up, of cause, had the answer been intuitive they'd never asked :D>> <<@AltonC.Jessop says : It’s because now there is only half the weight on each spring>> <<@SignificantNumberOfBeavers says : it was all set up and no explanation. Do better>> <<@Chaos-uq7hl says : I didnt even have to think my instinct already said up before he finished to tell us the question>> <<@Remember_Asher_Fallen_Star says : The tension splits in 2 ropes with 1 rope high it makes it go up>> <<@CopperFuf says : Because weight distributed to parallel springs when they're disconnected which pulls it up simply stronger than when they're connected and the weight is distributed sequentially. Basically from one spring made of two small ones you get two springs, and distribution is better that way.>> <<@raymondhintz5457 says : Sreies versus parallel.>> <<@ThDecider says : Up because both springs begin working in parallel rather than in sequence>> <<@Uzi-b9x says : I knew it>> <<@lilg104 says : The reason why I haven’t is cause the green rope is an additional weight source on the top spring so when he cuts the green rope that spring loses a little bit of weight pulling it down which of course we all know how a spring works pull it back up>>