humanology 2066 .
Transcript
00:00:00Hello friends, welcome to HugoDodger2066.
00:00:08Let's try pull-ups in a long time, okay?
00:00:13I will try that very very slowly because my right shoulder is still recovering and I'm
00:00:20eager to get back to my normal fitness level.
00:00:24So we will try it very slowly, like very safely.
00:00:34Let's see if I can do it.
00:00:38Okay.
00:00:52From here.
00:00:57Okay, let's see.
00:01:00Yeah.
00:01:02That's good enough, just once.
00:01:09Yeah, we will just do it slowly.
00:01:12I was able to do it once.
00:01:14Okay, that's good enough.
00:01:17Very cool.
00:01:19Now 5 minutes break please.
00:01:20Thank you.
00:01:23Yeah, very cool.
00:01:31Slow recovery, yeah.
00:01:42Okay.
00:01:45Okay.
00:02:41Very good.
00:03:04Very good.
00:03:28Very good.
00:03:51Very good.
00:04:14Very good.
00:04:37Very good.
00:05:00Very good.
00:05:28Very good.
00:05:51Very good.
00:06:19Very good.
00:06:43Very good.
00:07:11Very good.
00:07:22Welcome to Humanology.
00:07:29We may do mathematics just a little bit later, but first.
00:07:38After work I checked out some news in the internet and
00:07:46highly successful country singer, female,
00:07:50Ms. Ingrid Andress.
00:07:56I never knew about her until the news.
00:08:00She just released her national anthem.
00:08:13Two days ago, on Monday.
00:08:15Happy Wednesday.
00:08:21So I watched the footage.
00:08:26I couldn't find it.
00:08:28I couldn't find it on YouTube.
00:08:33Many say it was the worst performance of the national anthem.
00:08:37I disagree.
00:08:38I think it was the best performance of the national anthem.
00:08:41Why?
00:08:42Yeah, she was drunk.
00:08:44And actually, I looked at the photo when she was sober.
00:08:48She looked a lot better when she was drunk.
00:08:52And also, I think it's the best rendition ever of national anthem.
00:09:00Okay, why?
00:09:02Because she was drunk.
00:09:04It was very creative and very funny.
00:09:08It was.
00:09:09I laughed so hard.
00:09:12My tears came out.
00:09:14Okay, it was comical, humorous, creative.
00:09:21I'm not being sarcastic.
00:09:23I like comedy.
00:09:25Okay, as a comedian.
00:09:27I love comedy, okay?
00:09:28And so it was very comical rendition.
00:09:31Comedic rendition of national anthem.
00:09:33Best ever because it was fun.
00:09:37I'm not being sarcastic at all, okay?
00:09:39I love comedy, okay?
00:09:40So I think it was the best so far, okay?
00:09:43Yeah.
00:09:45Okay?
00:09:46Yeah.
00:09:49Great creativity.
00:09:50And very charming.
00:09:51Yeah.
00:09:54Yeah.
00:10:05Mathematics, what we can do today is that we can kind of compare the formula
00:10:14for base 2 and base 3.
00:10:25And we can unify, generalize, you know?
00:10:32But before that.
00:10:57Before that.
00:11:07Because basic coefficient is not unique.
00:11:10Okay?
00:11:11And we know how to generate.
00:11:13Basic coefficient is infinite set.
00:11:17Okay?
00:11:18And we know how to generate other basic coefficients given just one of them.
00:11:23Okay?
00:11:25So I'm kind of speculating that basic coefficients for base 5.
00:11:35I think there should be easier formula.
00:11:37Okay?
00:11:38So let's do base 5 from scratch.
00:11:43Okay?
00:11:46So that we find alternative formula for it.
00:11:49Okay, because the formula that we have is all one constant time formula algorithm.
00:11:55But it's way more difficult than what we have for base 3, base 4, base 2.
00:12:01Okay?
00:12:02And because they kind of look similar.
00:12:05Base 2, base 3, base 4.
00:12:07Okay?
00:12:08Yeah, not exactly, but there's some similarity there.
00:12:12Okay?
00:12:13So we'll take five minutes break.
00:12:16And we'll redo the basic coefficient for base 5.
00:12:25Similar to what we have done so far.
00:12:27Okay?
00:12:28Yeah.
00:12:29For lower bases.
00:12:30Okay?
00:12:31Yeah.
00:12:32Yeah.
00:12:33Okay?
00:12:34Five minutes.
00:12:35Thank you.
00:12:36Yep.
00:12:37I agree with whiteboard, of course.
00:12:38Yep.
00:12:39Okay.
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00:24:46you
00:25:16you
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00:25:59you
00:26:12okay
00:26:16you
00:26:33we are looking for alternative to what we did in the past, right?
00:26:46so let me look at find that the other way
00:27:01going with this like long time ago uh there it is
00:27:07if you want to find the easier easier formula for it okay so
00:27:17uh
00:27:26uh
00:27:46so
00:28:08base three
00:28:16okay
00:28:27you
00:28:46you
00:29:00oh
00:29:07yeah
00:29:16let's try this okay
00:29:46you
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00:31:16you
00:31:40um
00:31:46you
00:32:16yeah
00:32:18uh
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00:33:46you
00:34:16you
00:34:46you
00:34:52you
00:34:56you
00:35:04you
00:35:06you
00:35:13i don't think it's quite working okay uh i'm trying to find uh different pairs of
00:35:20basic coefficients so that it would be easier pattern than what we have what we had uh
00:35:30in the past but
00:35:36you
00:35:53this is more difficult than what we had in the past
00:35:57yeah okay yeah it didn't work okay so what we can do is we just move on okay we'll do
00:36:10best coefficient for base six okay uh because this one is not working okay um yeah but nice try though
00:36:22yeah like no stone unturned okay yeah
00:36:34okay
00:36:39yeah five is broken yeah then we'll do best coefficient for base six okay yeah okay
00:36:46yeah let's keep moving yeah
00:36:56there we go thank you
00:37:07no wait
00:37:15you
00:37:45you
00:38:15you
00:38:45you
00:38:49yeah
00:39:15you
00:39:45you
00:40:15you
00:40:45you
00:41:16okay
00:41:21yeah it didn't work but worthwhile to try
00:41:26with no stone unturned okay now let's go base six
00:41:32you
00:41:43hey
00:41:46we just do it all
00:41:52yes
00:42:02cheers
00:42:07you
00:42:32you
00:42:57well that's cool
00:42:58oh okay
00:43:16this is fun
00:43:19it's a card game
00:43:28you
00:43:34oops
00:43:52cheers
00:43:58you
00:44:28you
00:44:43we are expressing greatest common divisor of just two input number
00:44:46in terms of linear computation of two input numbers okay yeah yeah that's what we're doing here
00:44:58you
00:44:59you
00:44:59you
00:45:00you
00:45:00you
00:45:25so i thought composite number would be more difficult to find the formula for
00:45:29but it turns out it's actually easier okay okay
00:45:46yeah sure
00:45:59you
00:46:29you
00:46:42okay i don't see the do you see pattern yet uh i don't see it yet we keep moving
00:46:59you
00:47:29you
00:47:34cheers
00:47:59you
00:48:23you
00:48:29you
00:48:30you
00:48:30you
00:48:31you
00:48:31you
00:48:32you
00:48:32you
00:48:33you
00:48:33you
00:48:34you
00:48:34you
00:48:59this is the boring part okay that's why i'm drinking
00:49:01okay but once we fill this column out then we look for pattern that's the fun part
00:49:10okay yeah this is a boring part tedious part okay cheers yeah
00:49:19legwork
00:49:31you
00:49:32you
00:49:32you
00:49:33you
00:49:49you
00:49:49you
00:49:57you
00:50:19you
00:50:49you
00:50:57you
00:51:19you
00:51:32running out of space
00:51:49uh one more
00:52:20okay
00:52:27now if you want to yeah see if you can see your head on okay yeah we take five minutes
00:52:36yep
00:52:42five minutes thank you yep okay
00:52:45you
00:52:47oh yeah
00:53:15you
00:53:45you
00:54:15you
00:54:45you
00:55:15you
00:55:45you
00:56:15you
00:56:45you
00:57:15you
00:57:17okay
00:57:24it behaves
00:57:31well
00:57:39it behaves nicely
00:57:46you
00:57:50base five is an exception okay and i do not know why but base two base three base four and base six
00:58:00the right best coefficients that in terms of absolute value the monotonically increasing
00:58:07function but in base five the right coefficient fluctuates goes up and down up and down okay so
00:58:16that's why it was difficult for me to find okay yeah now let's look at this together okay yeah
00:58:26yeah number five we'll look at it again later okay but for now yeah it's base six okay yeah
00:58:42yeah base two base six how about that cheers yep
00:58:56you
00:59:00let me double check the calculation because i may have made some mistake okay yeah
00:59:17double checking the calculation
00:59:26you
00:59:45it has to do with prime numbers as well yeah
00:59:48kind of distribution of prime number you know so this is quite important okay
01:00:18you
01:00:28good yeah it's correct
01:00:35now some artificial construction
01:00:39yeah here one okay
01:00:42the right coefficient and the left coefficient
01:00:50most likely minus one okay so
01:00:55let's look at left coefficient okay
01:00:59cheers
01:01:01you
01:01:09minus one one one one minus one one one one
01:01:16minus one one one one minus one one one one minus one minus one one one one minus one minus one
01:01:24one one one minus one minus one one one uh we may need to make more examples okay because uh
01:01:31it's not clear to me now right coefficient one minus minus minus two minus minus minus
01:01:41three three minus minus minus three four four minus minus minus five five minus minus minus
01:01:52yeah it's there's a pattern here but it's um more complicated we need to make more examples
01:02:04okay
01:02:12time check
01:02:22one
01:02:25it's been more than one hour okay
01:02:34let's
01:02:38continue
01:02:43this actually not great for mathematics okay so yeah i can do this
01:02:51you
01:03:21you
01:03:26oh
01:03:52you
01:03:57how come other mathematicians didn't do this yet because it's so boring i guess
01:04:02okay so oh you can program it right in that lab yeah
01:04:09but i'd rather just do it
01:04:15old school
01:04:21you
01:05:21We are no stranger to systematic enumeration method, okay?
01:05:33Yeah, we did this many times before, you know.
01:06:16Yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah,
01:06:45yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah,
01:07:117 appears 5 times
01:07:166 appears 5 times, 5 appears 5 times, 4 appears 5 times, ok so
01:07:213 appears 5 times
01:07:242 appears 4 times, 1 appears 4 times, ok
01:07:28uh
01:07:32when it appears 5 times, plus plus, minus minus minus, ok
01:07:42uh
01:07:56what if this is 2
01:08:02well
01:08:07minus minus plus plus plus, minus minus plus plus, minus minus plus plus
01:08:11minus minus plus plus, minus minus plus plus plus, ok
01:08:17so there's a partial parameter, ok
01:08:21now what if this is 2 instead
01:08:31plus plus minus minus, ok if this is 2
01:08:41yeah we can we can make it happen
01:08:52this base coefficient is not unique
01:08:55then we have constant pattern here
01:09:002, yeah this beginning 2 lines, ignore it, ok yeah
01:09:062, 2, minus minus minus, minus minus plus plus plus, minus minus plus plus
01:09:11good, we found a pattern
01:09:21because there are infinitely many base coefficients
01:09:24we need to select one base coefficient to fit the pattern, ok
01:09:33yeah
01:09:36here, ok 2, 2, minus minus minus, it will be
01:09:42then this will be
01:09:46like 1, 1, minus 1, minus 1, minus 1, ok
01:09:52here, minus 1, minus 1, 1, 1, 1, ok so
01:09:59this is a fictional model, ok, to fit the pattern
01:10:03this will be minus 1, minus 1, 1, 1, 1
01:10:07then we have complete pattern there
01:10:10yeah we can't run out of space, right
01:10:13but I wrote it on the frame, no problem, ok so
01:10:16good, we got it, oh yeah
01:10:21let's take final spread, ok and then we'll find formula for this
01:10:35you want to? go ahead, find formula for this
01:10:39one formula for right coefficient and one the other formula for
01:10:43left coefficient, ok, yeah, ok, nice
01:11:06final spread please, thank you, beautiful
01:11:11wow
01:11:41thank you
01:12:11thank you
01:12:41thank you
01:13:11thank you
01:13:41thank you
01:14:11thank you
01:14:41thank you
01:14:44thank you
01:15:09ok
01:15:15let's take a brief break from mathematics
01:15:18ok, we found the pattern, so finding formula for them, yeah
01:15:22that's a matter of time, ok, that's easy
01:15:25and fun part
01:15:28you want to find the formula? go for it, ok, yeah
01:15:33now, as for me, I want to take a break, let's talk about politics, ok
01:15:37yeah, I mean, Republican National Convention
01:15:40like, primarily Republicans
01:15:43like, basically like, governors
01:15:46state legislators, all different states coming together
01:15:49and having a party as a Republican party
01:15:52ok, that's great, yeah
01:15:54they're having fun, socializing
01:15:57there's absolutely nothing wrong there, ok
01:15:59but some criticism as a humanologist is that
01:16:02they, speakers, they say things that
01:16:07Republicans would like to hear, ok
01:16:10ok, and there's nothing wrong there
01:16:12but, as a humanologist, ok
01:16:15I do not say things that people want to hear
01:16:18I say things that people need to hear
01:16:21ok, that's why I don't get elected
01:16:24because people find me very offensive
01:16:26because I offend them
01:16:28there's no way around when it comes to education
01:16:31ok, when they do something wrong, I need to correct them
01:16:34I say
01:16:37yeah, you're doing something wrong, you need to correct it
01:16:40ok, yeah
01:16:43so, that's why I get very few votes
01:16:47every time, ok
01:16:50serious, yeah
01:16:53to me, education is more important than politics
01:16:57ok, I'm an educator first, politician second, ok
01:17:02ok
01:17:05ok
01:17:08let's see
01:17:27emergence of a pattern, like in chaos theory, right
01:17:30yeah, it's great, because this is not chaotic
01:17:33I'm talking about chaos theory in physics and mathematics, ok
01:17:36so
01:17:39emergence of a pattern, ok, out of chaos
01:17:42but this is not chaotic at all
01:17:45it's cosmos, very well-ordered system, ok
01:17:48so, alright
01:17:51we'll do right coefficient first
01:17:59we'll do right coefficient first
01:18:02because left coefficient, that's easy
01:18:05we'll do more difficult ones first, ok
01:18:21so
01:18:30Guzlatka, ok
01:18:38now, index
01:18:44n
01:18:47let's say this is a n, ok
01:18:50no
01:18:56we call it Gn
01:19:00we call it Gnath's formula, ok
01:19:03we did n's formula before, ok, now it's Gnath's formula
01:19:06Gn, ok
01:19:13n
01:19:16oh
01:19:47now, m
01:19:57we'll start from zero, ok
01:20:02produce n plus 2
01:20:17produce n plus 2
01:20:29now we need to group this
01:20:355 by 5
01:20:47ok
01:20:50for now, ignore the signs, ok
01:20:53we are mapping these numbers to
01:20:561
01:21:01and we'll call it
01:21:04lmn, we'll call it l
01:21:10ok
01:21:13choose
01:21:18m
01:21:21divided by 5
01:21:24flooring plus 1
01:21:28ok
01:21:31yeah, curious
01:21:37it does follow the pattern from
01:21:40lower bases, ok, except base 5
01:21:43we'll revisit base 5 and
01:21:46try to figure out like
01:21:48to make it like conform to this pattern, ok
01:21:51I think that's possible, ok
01:21:54we'll go back to 5 later, ok
01:22:00yeah, 5, yeah, 6 minus 1, ok
01:22:03ok
01:22:15oops, I made a mistake
01:22:21I
01:22:33I
01:22:38get rid of this, ok
01:22:48we are skipping the
01:22:51multiple of 6, ok, so
01:22:59n
01:23:036
01:23:066
01:23:096
01:23:126
01:23:156
01:23:186
01:23:216
01:23:246
01:23:276
01:23:306
01:23:336
01:23:366
01:23:396
01:23:426
01:23:456
01:23:486
01:23:516
01:23:546
01:23:576
01:24:006
01:24:036
01:24:066
01:24:096
01:24:126
01:24:156
01:24:186
01:24:216
01:24:242
01:24:276
01:24:306
01:24:336
01:24:366
01:24:396
01:24:426
01:24:456
01:24:486
01:24:510
01:24:540
01:24:570
01:25:000
01:25:030
01:25:060
01:25:090
01:25:120
01:25:150
01:25:19minus 1, minus 1, minus 1
01:25:24minus, minus, plus, plus, plus, ok
01:25:31ok, ok
01:25:35booyah
01:25:48ok
01:26:19yeah, mistakes happens, cheers
01:26:34hmm
01:26:48hmm
01:26:59ok
01:27:06and
01:27:19you
01:27:32oh
01:27:48you
01:27:59ok, there's no zero here
01:28:06correct, because zero is multiple of 6, ok
01:28:18ok
01:28:34ok
01:28:49ok
01:28:51now let's group them
01:28:595 by 5
01:29:06we are mapping these numbers to
01:29:121, 2, 3, 4, ok, we call this L
01:29:19ok
01:29:32ah
01:29:42so
01:29:45, this is like
01:29:54it follows common pattern
01:29:57when base 4, when we did base 4
01:30:00and when we did base 3, ok
01:30:03most likely base 2 as well
01:30:06base 2, yeah, we'll look at that later, ok
01:30:09again later, but
01:30:12it follows common pattern, ok, so
01:30:15we did couple days ago, ok, so now
01:30:18if you want to
01:30:21find formula
01:30:24function that maps m
01:30:27to l
01:30:30ok, hint?
01:30:33yeah, like lowering function and
01:30:36some division, ok, yeah, yeah
01:30:40if you want to, ok, yeah
01:30:43ok, express l
01:30:46in terms of function of m
01:30:49if you want to, ok, yeah
01:30:52we'll take 5 minutes break, ok
01:30:55emerging theorem, ok, just like chaos theory, right
01:30:58yeah
01:31:01time check
01:31:05we have less than 30 minutes left
01:31:08time flies, huh, ok
01:31:11good, 5 minutes break, thank you
01:31:14yeah
01:31:17because we took a long break from mathematics, right
01:31:20now we are, like, ready
01:31:23to do mathematics for like 2 full hours
01:31:26nice, yeah, take your break
01:31:29for productivity
01:31:32break, thank you, awesome
01:31:35ok
01:31:465 minutes, thank you
01:31:49very cool
01:32:02ok
01:32:32oh
01:33:02ok
01:33:32ok
01:34:02ok
01:34:32ok
01:34:35ok
01:34:38ok
01:34:41ok
01:34:44ok
01:34:47ok
01:34:50ok
01:34:53ok
01:34:56ok
01:35:00ok
01:35:03ok
01:35:06ok
01:35:09ok
01:35:12ok
01:35:15ok
01:35:18ok
01:35:21ok
01:35:24ok
01:35:27ok
01:35:32maybe I will, when I write this paper
01:35:35maybe I will name the paper as like
01:35:38constant time algorithm
01:35:41coefficients, maybe
01:35:44yeah, of course
01:35:47I'll use row algebra there, of course
01:35:50yeah, because
01:35:53that's what really helps, right
01:35:56and
01:35:59in more time?
01:36:02I do, I know I do
01:36:05cheers
01:36:11our hard work paid off, right
01:36:14yeah
01:36:17not yet
01:36:20our goal is to find general
01:36:23formula for any basic coefficients
01:36:26any two numbers
01:36:29we are on the right track
01:36:32because we see some pattern here
01:36:35in more time?
01:36:38I know I do, I want to do some more
01:36:41let's relax, enjoy the moment
01:36:44happy Wednesday
01:36:48ok
01:37:05yeah, cheers
01:37:13mhm
01:37:16mhm
01:37:22mhm
01:37:29mhm
01:37:35mhm
01:37:41mhm
01:37:46Now look at the whiteboard over there.
01:38:13Oh.
01:38:16Yeah, I'm sorry. We have to redo this. Okay, uh...
01:38:20Instead of indexing, starting from zero,
01:38:24it's easier if we do index start from one.
01:38:28Okay?
01:38:29So...
01:38:32It just makes things easier. Okay, so we'll redo this.
01:38:46Make it consistent with previous cases.
01:39:01Former cases. Okay.
01:39:03So index start from one.
01:39:05Then M is at N plus three.
01:39:35No.
01:40:06Oh yeah.
01:40:16I think this may be a little bit different from our previous examples. Okay?
01:40:23Well...
01:40:35Yeah.
01:41:06Okay.
01:41:07Yeah.
01:41:08Yeah.
01:41:09Yeah.
01:41:10Yeah.
01:41:11Yeah.
01:41:12Yeah.
01:41:13Yeah.
01:41:14Yeah.
01:41:15Yeah.
01:41:16Yeah.
01:41:17Yeah.
01:41:18Yeah.
01:41:19Yeah.
01:41:20Yeah.
01:41:21Yeah.
01:41:22Yeah.
01:41:23Yeah.
01:41:24Yeah.
01:41:25Yeah.
01:41:26Yeah.
01:41:27Yeah.
01:41:28Yeah.
01:41:29Yeah.
01:41:30Yeah.
01:41:31Yeah.
01:41:32Yeah.
01:41:33Yeah.
01:41:34Yeah.
01:41:36Yeah.
01:41:39Yeah.
01:41:40Yeah.
01:41:41Yeah.
01:41:42Okay.
01:41:44So...
01:41:46ufficient.
01:41:48Nothing.
01:41:51Nothing.
01:41:52Nothing.
01:41:53Nothing.
01:41:55Nothing.
01:41:56Nothing.
01:41:57Nothing.
01:42:00No.
01:42:01Let's go back.
01:42:02you
01:42:32you
01:42:34you
01:42:53yeah I think it was kind of this way plus two in their stuff from zero okay
01:43:01yeah
01:43:14okay
01:43:22oh
01:43:25mathematical marathon
01:43:29in human other school
01:43:40yeah
01:43:45Cheers
01:43:55so L is equal to
01:44:02M right
01:44:06and plus 2
01:44:15divided by 6
01:44:19following
01:44:21plus 1
01:44:29okay
01:44:40now
01:44:43you
01:44:49we need to take care of the sign now plus minus plus minus time check
01:44:57we have 15 minutes left okay let's take 5 minutes break okay so our next problem a lot
01:45:05easier okay so
01:45:13you
01:45:18okay
01:45:34and index okay let's call this a gun
01:45:43a channel and stuff from there okay
01:46:13you
01:46:16oh my bad my bad
01:46:22there are a lot of room for error here
01:46:43you
01:46:52now we need to group 2 by 2 by 3 okay 2 3 2 3 2 3 2 3
01:47:06and
01:47:14you
01:47:33LMNOP okay new index
01:47:44you
01:47:51okay it's mapping okay we have sequence of numbers and another sequence of
01:48:00numbers we want to find the relationship between two sequences of numbers two
01:48:05sets of numbers okay we need to find function okay so express a key in terms
01:48:12of n function of n yeah okay
01:48:19map this to this okay so that will go next okay now let's
01:48:27you
01:48:31and we have like 10 minutes left let's make 2 minutes break okay it is a lot of
01:48:37work but we are moving ahead we are making great progress here okay so yeah
01:48:422 minutes break okay thank you yep if you want to find this go for it yep
01:48:52okay fine 2 minutes break thank you yep
01:48:56well
01:49:21you
01:49:51you
01:50:21you
01:50:51you
01:51:21you
01:51:23you
01:51:47okay let's do this real quick
01:51:51whoa
01:51:56yeah
01:52:01time check
01:52:07we only have 5 minutes left okay time is running out time flies now yeah
01:52:13cheers yeah
01:52:17this is great because it means we are enjoying this
01:52:22alright
01:52:47you
01:53:07you
01:53:16you
01:53:20Oh
01:53:24Oh
01:53:36a little bit tricky
01:53:46you
01:54:05well let's reframe this okay instead of 0 1 2 3 4 5 6 instead of that okay
01:54:14you
01:54:251 let's map 1 to 0 minus 1 we made it to 1 because
01:54:35minus 1 to the 0 is 1 minus 1 to the 1 first is minus 1 right yeah it's easier
01:54:43that way
01:54:48okay we could just p.m. okay so okay
01:54:59we only have 3 minutes left it's a brain joker brain teaser okay so 3 minutes
01:55:10you
01:55:24Cheers
01:55:26you
01:55:28you
01:55:38okay the 2 group and 3 group right plus 6 plus 6 plus 6 okay okay okay
01:55:51you
01:55:59you
01:56:17I'm looking at previous what former whiteboard over there okay so what if we
01:56:22do
01:56:26and divided by
01:56:33let's say Qn okay
01:56:40and divide by 6
01:56:45well
01:56:48in analogy to the previous case and divide by 5 and floor it
01:56:56you
01:57:13doesn't quite work that way okay
01:57:25you
01:57:36yes love
01:57:39you
01:57:54we'll do n row 6
01:57:59okay
01:58:02then it becomes
01:58:08you
01:58:20okay we have simplified okay yeah look time right now okay so I'll see you
01:58:27tomorrow okay I'll digitize this footage and upload to telemotion and in during
01:58:33that time I'll continue working on this and share that with you tomorrow okay
01:58:36and after that after digitization and yeah we'll do Instagram live and then
01:58:42Facebook live okay yeah see you tomorrow thank you yeah