Think you're smarter than an AI? Well, here's your chance to prove it! We've got some riddles lined up that even AI struggles to crack. Test your brainpower and see if you can solve these tricky puzzles. It’s fun, challenging, and might just stump you like it did the machines. So, grab a friend or go solo – let's see if you’ve got what it takes! Ready to show ChatGPT who's boss? Jump in and give it a try! Animation is created by Bright Side. ---------------------------------------------------------------------------------------- Music from TheSoul Sound: https://thesoul-sound.com/ Check our Bright Side podcast on Spotify and leave a positive review! https://open.spotify.com/show/0hUkPxD34jRLrMrJux4VxV Subscribe to Bright Side: https://goo.gl/rQTJZz ---------------------------------------------------------------------------------------- Our Social Media: Facebook: https://www.facebook.com/brightside Instagram: https://www.instagram.com/brightside.official TikTok: https://www.tiktok.com/@brightside.official?lang=en Stock materials (photos, footages and other): https://www.depositphotos.com https://www.shutterstock.com https://www.eastnews.ru ---------------------------------------------------------------------------------------- For more videos and articles visit: http://www.brightside.me ---------------------------------------------------------------------------------------- This video is made for entertainment purposes. We do not make any warranties about the completeness, safety and reliability. Any action you take upon the information in this video is strictly at your own risk, and we will not be liable for any damages or losses. It is the viewer's responsibility to use judgement, care and precaution if you plan to replicate.
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00:00So, John is hosting his monthly thematic dinner.
00:04Each month, he picks a different theme, and they spend the entire evening eating and laughing.
00:09He spent days searching the Internet for one of the most difficult riddles he could find
00:14to give his friends a real challenge to solve.
00:17That's when he found the 4 glasses puzzle.
00:19His guests arrived, and he explained the rules of the game to them.
00:23They would each start the game with 4 empty glasses that were right-side up.
00:27In each move, they would need to invert exactly 3 different glasses.
00:32To win the game, the person should be able to find the minimum number of moves to get
00:36all of the 4 glasses facing down.
00:39Hey, do you think you can beat John's guests in solving this riddle?
00:57In the first move, you should pick any 3 glasses you'd like and turn them upside
01:01down.
01:02Then, the second move is where you should use a little bit more of your wits and skills.
01:07You shouldn't pick the exact same 3 glasses you picked in the first round, otherwise that
01:12would take you back to the beginning.
01:14Instead, you could choose to invert the glasses 1, 2, and 4, for example.
01:20So after move 2, you end up with the following order – up, up, down, down.
01:25Then your best move may sound counterintuitive, but you should pick 2 glasses that are down
01:31and 1 glass that is up.
01:33In the fourth move, you should pick the 3 glasses that are up and invert them.
01:38This way, you'll have all 4 glasses facing down.
01:42Congrats!
01:43You've just shown John and his party guests that the minimum number of moves to win this
01:47game is 4.
01:50Sandy was exploring the wood near her house when she discovered a magical portal.
01:55On the other side of it, she was shocked to find 3 of her close friends – Alex, Betty,
02:01and June.
02:02They had been captured by a trickster creature that had cast a spell on them.
02:07After that, one of them could only tell lies, the other could only tell the truth, and the
02:12third one was sort of a spy.
02:14Sometimes she lied, other times she told the truth.
02:18Sandy decided to talk to each one of them.
02:21Alex said she was not the truth-teller, Betty said she was not the spy, and June said she
02:27was not a liar.
02:29Can you help Sandy figure out what June was cursed with?
02:45Well, let's see how we can solve the problem.
02:48In total, there are 6 possibilities to consider, and we should start with the most obvious.
02:54If Alex was a truth-teller, then she could not say that she is not a truth-teller.
03:00She can't be the liar either, because then her statement would actually be true.
03:04So it's settled – Alex is the spy.
03:08If Betty was a liar, then she would be always lying.
03:12Saying that she is not a spy would actually be true, so this is a no-go.
03:16Since she can't be a spy, this means she's the truth-teller.
03:20Bingo!
03:21This means that June is the liar.
03:25It was Blake's lucky day.
03:27He won $1,000 on a lottery ticket.
03:30Of all the things he could spend this on, he knew immediately that he wanted to spend
03:34this money buying his favorite chocolate in the world.
03:38The chocolate bar he loves costs $1, and since his luck just keeps growing, the local store
03:44is having a promotion.
03:45For every 4 chocolate wrappers he takes back to the store, the store will give him 1 chocolate
03:51bar for free.
03:53Talk about abundance!
03:55How about you show off your genius and figure out the maximum number of chocolate bars Blake
04:00can get?
04:14Now let's see the best he could do.
04:16If Blake spends all of his money and buys 1,000 chocolate bars, he'll have 1,000 wrappers,
04:22correct?
04:23Then, if he exchanges every 4 wrappers for 1 additional chocolate bar, he can get 250
04:30more chocolate bars from his 1,000 wrappers.
04:33Now if Blake exchanged those 250 wrappers, he'd get another 62 chocolate bars.
04:39He'd use 248 wrappers, leaving him with the remaining 2 wrappers.
04:45Then his best deal would be to take those 62 wrappers, add the remaining 2 he kept from
04:50the last exchange, and he would have 64 wrappers in total.
04:54He can exchange these wrappers for another 16 chocolate bars.
04:58Then he'd take these 16 wrappers and trade them for 4 more chocolate bars.
05:03Exchanging those last 4 wrappers, he'd get his final chocolate bar.
05:07So if Blake follows this process, he'll get a maximum of 1,333 chocolate bars in total.
05:15Now we're not saying this is a smart idea, but…
05:18Your mother asked you to measure 4 cups of orange juice using 2 jugs.
05:23The thing is, you have a 20-cup jug and a 36-cup jug.
05:27How can you do it?
05:43You need to start by pouring the orange juice into the smaller jug.
05:47Then pour all the juice from that jug into the 36-cup jug.
05:51This way, the empty space from the big jug would give you 16 cups.
05:56After doing that, you can fill the 20-cup jug using more fresh juice and pour that liquid
06:02into the 36-cup jug.
06:04That way, you'll fill the entire 36-cup jug, and what's left in the smaller jug
06:10is the 4 cups of juice your mom asked for.
06:13Then you can start an orange juice stand!
06:16Sophie's aunt, Clara, bought a bottle of perfume for her niece's birthday.
06:22Unfortunately, Sophie couldn't keep it because her sister Mia is terribly allergic
06:27to perfumes.
06:29Sophie brought it back to her aunt, who had purchased it for $65.
06:34Aunt Clara then sold the perfume to someone else for $80.
06:38But then she remembered she had another niece, Lily, so she bought it back from the lady
06:43for $70.
06:44However, Lily turned out to be allergic too, so Aunt Clara had to sell the perfume again,
06:51this time for $60.
06:53Did you make any profit in this whole situation?
06:58Yes, Aunt Clara made a $5 profit and celebrated it by grabbing a large latte.
07:14James, a mad scientist, was on a quest to solve a crazy problem from a friend.
07:20His challenge had him stopping everything just to figure it out.
07:24James had 2 stacks of cups to analyze.
07:27One stack had 5 cups piled on top of each other, reaching a total height of 13.5 inches.
07:34Right next to this stack, there was another stack with just 2 cups, totaling 7.5 inches
07:40in height.
07:56James needed to figure out how tall a single cup was.
08:00At first glance, it might seem like you could just divide the total height by the number
08:04of cups, but that wouldn't work here.
08:07Instead, James thought about the problem differently.
08:10He considered the height of a single cup as xx, and noticed that each cup didn't sit
08:16perfectly on top of each other.
08:18There was a bit of overlap.
08:19For the 2-cup stack, the combined height is 7.5 inches.
08:24This includes the full height of the first cup plus the part of the second cup that sticks
08:29out just above the first cup.
08:31The 5-cup stack, which is 13.5 inches tall, includes the height of the 2-cup stack plus
08:38the additional height contributed by the overlapping parts of the 3 more cups on top.
08:44By examining the difference, James realized that the height of the overlapping parts of
08:48the cups amounted to 2 inches.
08:51With this information, he figured out that the remaining height for a single cup was
08:565.5 inches.
08:58Eureka!
08:59His persistence paid off, and James cracked the riddle.
09:03You might say, his cup runneth over, but that's too obvious a pun.
09:08But I'll say it anyways.
09:09That's it for today!
09:12So hey, if you pacified your curiosity, then give the video a like and share it with your
09:16friends!
09:17Or if you want more, just click on these videos and stay on the Bright Side!