How many folds of paper to reach the moon
Web22 apr. 2024 · Answering the question, part 2: Would this reach the Moon? This is the easy bit: we just have to compare the two numbers: Distance to Moon: 384,400 km. What if we fold ... Number of Times You Can Fold a Piece of Paper in Half The problem with folding paper in half multiple times is that the paper’s surface area decreases by half ... WebQuestion Q2.2.8. How many times must a sheet of paper (thickness, t = 0.1 m m but otherwise any size required) be folded to reach the moon (distance from Earth, d = 384, …
How many folds of paper to reach the moon
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WebIn this video, you will know How many times should a paper be folded to reach the moon what happens if we fold a paper 42 times how folding a paper can get you to the moon how many time a paper ... Web15 mrt. 2024 · Because it turns out you can theoretically reach the end of the universe just by folding a plain old sheet. Clever clogs might argue that it’s impossible to fold a piece …
WebBecause paper folding is subject to exponen-tial growth, if you could fold a paper twenty times, it would pass Mt. Everest at 10 kilometers (6.2 miles). With this math, it takes only 42 fold-ings to reach the moon, and 94 foldings to make something the size of the known visible universe. . . . Source: “If You Could Fold a Piece of Paper 42 ... WebExtra Credit Matlab - Paper Moon Script 10 points How many times do you need to fold a piece of paper to reach the moon? Assume that the distance to the moon is approximately 238,855 miles, and that the thickness of the piece of paper is approximately.1 mm. (Note that you need to do a conversion from miles to millimeters to …
WebCounting the amount of layers show why it is so diffcult to fold over ten times, and remarkably if you could fold paper 42 times – it would reach the moon! That is a good … WebThree folds is eight times as thick. So 42 folds would be (x * 242)where x is the thickness of the paper. 242= 4,398,046,500,000 (roughly) times as thick So if paper is 0.1mm thick, then folding it 42 times will be 439,804,650,000mm thick or 439,804,650 meters or about 439,804 kilometers.
WebWell if you started with a piece of paper 1000 km long and fold it in half 42 times you end up with a final length of 0.0002 mm. So the folded paper now reaches the moon but it’s …
WebCan folding a piece of paper 45 times get you to the moon? By seeing what happens when folding just one piece of paper we see the unbelievable potential of exponential growth. … grande piccolo wordwallWebIt’s bizarre. Then MythBusters came along and busted that myth. However, they were only able to do it by using a piece of paper the size of a football field and a forklift, and even … grande palms at traditionWeb3 jun. 2010 · Best Answer. Copy. You need to fold an average piece of copy paper 42 times in half to reach the moon. Here's how to figure that out: The average distance to the moon from Earth's center is ... chinese buffets near davenport flWeb24 jan. 2024 · Assuming the average width of a letter size paper is 0.1mm in thickness, with each fold, it’s width doubles. It takes only 42 folds for it to reach the height needed to touch the moon from earth. grandeothermWebDescubra vídeos curtos sobre folds of paper to reach the moon no TikTok. Assista a conteúdos populares dos seguintes criadores: tiktoktanner(@thatdudetanner), JaDropping Science(@jadroppingscience), Kyne(@onlinekyne), Nic Kilbride(@nic.kilbride), Quiz The Show(@quiztheshow), tepid water(@tepid.water), tanny(@princesstanny), … grande photo blancheWeb4 jun. 2024 · You would need to fold the piece of paper 45 times for it to be thick enough to reach the moon. Okay, So now let’s use some Math. Initially we have a paper which is … chinese buffets montgomery alWebExpert Answer. (1 point) Suppose you want to determine how many times you would need to fold a piece of paper in order to reach the moon. The average distance from the moon to the earth is 384,400 km. You should use the assumptions given in Problem 1 as well as the formula you found in Problem 1 part (a). a) Select all of the steps below that ... grande pines battle creek