Aired (January 21, 2024): Folding a piece of paper multiple times allows it to take on the structure of a Truss Bridge, which enhances its stability due to its triangular shape.
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00:00 Hi Believers! This is the game that has the skill of discarding and experimenting.
00:03 This is...
00:04 Roulette to the Ticket!
00:06 Here's the question.
00:09 True or false?
00:10 Can you stack this big cup with an elephant?
00:14 Who?
00:15 Me.
00:16 Here in these two smaller cups with chicken.
00:18 Using paper only.
00:21 In 3, 2, 1, go!
00:24 Gentleman, Jamie.
00:26 She's so gentle.
00:27 She's so fast.
00:29 There it is!
00:30 She's so fast.
00:31 Do you have a chance?
00:33 True.
00:35 True? Okay, prove it.
00:37 Can I move the cups?
00:38 No.
00:39 Just one? Why just one?
00:41 Just one paper.
00:42 You gave up?
00:49 It's so hard.
00:51 The elephant put water in the cup.
00:54 Yes, the elephant.
00:55 I don't want to do this anymore.
00:57 Okay, I'm sorry.
00:59 You're so strong.
01:03 We have a challenger here.
01:04 I like this. We have a competitor.
01:07 Sorry, I'm shy but it's false.
01:10 False.
01:11 False.
01:12 False.
01:13 I think it's impossible.
01:15 It's impossible for you.
01:16 Because it's heavy.
01:18 Actually, the answer is true.
01:20 Okay.
01:21 What?
01:22 I'm still okay.
01:25 You're so strong, Chris.
01:26 So, it's like this.
01:28 It should be this thick to fold.
01:30 And then.
01:31 I just gave you the answer.
01:34 I answered it as a false so that I can have the answer.
01:38 So that you can have the answer.
01:39 So that you can have the answer.
01:40 So, it will come out like this.
01:43 So, this is our folded paper.
01:46 It has a layer like that.
01:48 It's like accordion.
01:49 It's like accordion.
01:50 It's like a drum.
01:53 So, it will be hard.
01:55 See?
02:00 Wow!
02:01 See?
02:03 The elephant can eat chicken now.
02:05 And not only that.
02:07 Let's add water.
02:09 Amazing!
02:10 It's heavy.
02:12 Amazing!
02:13 When we folded the paper,
02:16 we made a truss bridge.
02:19 The truss bridge is a design of a thread
02:23 that uses connected triangles
02:25 to support the weight of a load
02:28 or the thing that is placed.
02:30 In our experiment,
02:31 there are connected triangles
02:33 in every zigzag pattern of the folded paper.
02:37 And because the triangle is the strongest shape in geometry,
02:41 its shape is firm and not easily deformed.
02:45 If there are many folds of paper,
02:47 many connected triangles will be lifted from the load.
02:51 And because the folded paper did not collapse or fall,
02:54 it means that its stability is high
02:57 and it does not fall.
02:59 It can lift a glass with water.
03:03 I believe.
03:04 Thank you.
03:06 The End
03:09 The End
03:12 The End
03:15 The End
03:18 The End
03:21 [BLANK_AUDIO]