Thứ Sáu, 26 tháng 1, 2018

Youtube daily Jan 26 2018

Hi, I'm Michael.

This is Lessons from the Screenplay.

A couple months ago, while promoting his new Netflix show, Mindhunter,

director David Fincher made a comment about the limitations of the Marvel superhero films,

and the potential of new platforms like Netflix.

"Look, there's a very large talent pool of people who

don't feel there's much for them in terms of sustenance working for Marvel.

And I think that if we can make a playground for them

that is thoughtful, adult, interesting, complex, challenging…

there's a chance at something that isn't lassoed and hogtied by three acts."

This last part of his comment has stuck with me.

I've been thinking about it a lot.

In fact, it's become a kind of obsession.

It's led me to revisit screenwriting books,

re-read some Shakespeare,

and re-watch every movie in the Marvel Cinematic Universe.

All in search of an answer to a question:

What is the most useful way for a writer to think about act structure?

I want to bring you along on the journey I took to find the answer in two videos…

starting by figuring out what an act even is.

So today I want to use "The Avengers,"

a well-known and well-structured film,

to explain the details of conventional three-act structure.

...To explore its history, as well as its classical alternative, five-act structure.

And share a new way I've decided to think about the acts in a story.

Let's take a look at "The Avengers."

The idea of a formal three-act structure for a screenplay

was popularized in Hollywood by Syd Field,

when he described it in his 1979 book, "Screenplay."

According to him, it looks likes this.

Three acts, two plot points.

Act One should make up the first twenty-five percent of a script,

providing all the set up for the story.

So let's see if this is true for "The Avengers."

In the film, the first half of Act One shows Loki's arrival and reveals his evil plan.

The second half of Act One is all about S.H.I.E.L.D.

recruiting our heroes to join the fight against Loki…

"Security breach!"

…and raising concerns about bringing them together, thus setting up the story.

At the end of Act One comes the First Plot Point,

during which the protagonist makes a difficult choice and enters a new world.

Because there are so many characters in "The Avengers,"

this moment plays a bit differently than in most scripts.

Iron Man commits off-screen, and Thor joins up later.

Nonetheless, this is where we see Captain America and Bruce Banner

commit to helping S.H.I.E.L.D.

The Helicarrier lifts them up into Act Two,

exactly 25% of the way through the film's run time.

As a side note, act breaks are often—but not always—accompanied by a change in location.

The middle 50% of a script forms the second act,

where the protagonist struggles to achieve their new goal.

Since 1979, this section has somewhat evolved.

It's now common to include a midpoint—

a big turn that comes exactly half way through the screenplay.

This midpoint splits the second act into two halves,

often referred to as "2A" and "2B."

In "The Avengers," the first half of Act Two is all about our heroes

trying to stop Loki's plan while struggling to trust each other.

At the midpoint—almost exactly half-way through the film—

our heroes learn that S.H.I.E.L.D. has been keeping secrets from them.

During this apex of tension, Loki's men attack,

and the momentum of the story swings in a new direction.

The second half of Act Two is about our heroes failing to stop Loki,

taking losses and ending up scattered.

This leads to the Second Plot Point.

A moment of crisis, which forces the protagonist to make another big choice.

Our heroes realize what's at stake, put aside their differences,

and come up with a plan to stop Loki once and for all.

They gear up and fly off into Act Three.

In Act Three, the protagonist knows what they need to do,

but must overcome their weaknesses to do so.

In learning to work together and by defeating Loki,

our heroes become The Avengers.

The rest of Act Three is about resolution and tying up loose ends.

This is the three-act model that has formed the foundation

of what we consider "proper" screenplay structure for almost forty years.

So what's the problem with this "paradigm" three-act structure?

Well, it's a bit vague when it comes to the second act.

Acts one and three have specific functions that are understood intuitively:

set-up the story and resolve the story.

But Act Two, the bulk of the narrative, is pretty bare.

And even with the midpoint, there are only three turning points put forth in this model.

A lot happens in "The Avengers"—this doesn't really seem to cover it all.

So what are the alternatives to three-act structure?

The most commonly discussed model, famously found in Shakespearean plays,

is the five-act structure.

In 1863, German novelist Gustav Freytag published his book "Technique of the Drama,"

and introduced "Freytag's Pyramid."

He had analyzed classic Elizabethan drama,

and declared there were five stages in every tragedy.

Let's go through these five stages and see how they align perfectly with "The Avengers."

The first stage, Exposition,

is all about setting up the world, the conflicts already in place,

and the protagonist.

As we've already discussed, this is the first 25% of "The Avengers,"

where we learn about Loki's plan and meet our heroes as they are pulled into the drama.

During the second stage, Complications,

tension mounts and momentum builds as the intricacies of the drama are established.

Now assembled, our heroes go to work tracking Loki.

They find him, confront him, and capture him.

Along the way, Iron Man and Thor make their entrances,

and we see the beginnings of conflict between our heroes.

They are not good at playing nice with each other.

The third stage is The Climax.

This may seem like a strange name,

because we usually refer to the final showdown in a story as the climax.

But I feel this conveys the appropriate amount of weight this section should have.

Freytag wrote of this middle stage:

"The development of conflict reaches its high point,

the Hero stands at the crossroads, leading to victory or defeat, crashing or soaring."

In "The Avengers," this third stage begins once Loki is on board the ship.

The conflict between our heroes that was hinted at in the second stage reaches its highest point.

Everything we've seen so far has been building to this...

and at this very moment, the antagonists attack.

(explosion)

This section ends in defeat.

The fourth stage, Falling Action, is all about reversals,

as the protagonists reacts to the consequences of the climax.

Our heroes, now having tasted defeat,

are no longer bickering about their differences.

They reverse their behavior,

and commit to working together to destroy their common enemy.

By the end of this stage, they become The Avengers,

conveyed in a single, now-iconic shot.

Finally, in the fifth stage, Catastrophe,

the conflict is resolved, either through the downfall of the hero if it's a tragedy,

or through victory and change.

In "The Avengers," this stage begins immediately following the iconic shot, as Loki commands:

Loki: "Send the rest."

Our heroes have changed for the better and become a team,

but now they're about to be truly tested.

The Avengers fight and sacrifice and win the day.

And get schawarma.

These are the five stages of Freytag's Pyramid,

which form the basis of a classical five-act structure.

So what are the major differences between a five-act structure and a three-act structure?

As it turns out, if we take Freytag's Pyramid

and place it on top of Syd Field's three-act paradigm, it fits quite nicely.

As John York writes in his book, "Into the Woods: A Five-Act Journey Into Story"…

"It's important to underline that a five-act structure

isn't really different to a three-act structure,

merely a detailed refinement of it…

Simply put, five acts are generated by inserting two further act breaks

in the second act of the traditional 'Hollywood' paradigm.

The first and last acts remain identical in both forms."

So using a classic five-act structure satisfies the demands of the three-act paradigm,

while also providing a more detailed take on the middle section of a story.

But if we compare these two structures as we just applied them to "The Avengers,"

we see that they don't fit exactly as John Yorke described.

The fourth stage where The Avengers reunite

doesn't occur during the "paradigm's" second act, but rather the third.

So why doesn't it line up perfectly with how the screenwriting book said?

Did we put the act breaks in the wrong spot?

Well, maybe.

But more importantly,

does any of this really matter?

Here we arrive at the heart of my obsession,

where I was left pondering how to define an act.

Perhaps the most common criticism of the three-act structure

is that it leads to formulaic stories.

The argument goes:

"won't all movies be the same if they follow this three-act paradigm?"

I think this misses the point of what makes a story good or bad.

To use an analogy, almost all popular songs use a verse-chorus structure…

But we don't love our favorite pop songs just because they're structured

"verse, chorus, verse, chorus, chorus."

We love them because of the content within the verses and chorus,

what is put into the structure.

The same goes for screenwriting.

Knowledge of act structure helps you organize your story,

but it's not a shortcut to quality.

And when a writer has something random happen on a certain page because a book told them to,

instead of it being an organic result of the story events,

that is the misuse of structure that leads to frustrating, formulaic movies.

So can we come up with a definition for an act that is more useful

during the actual writing process?

One that isn't based on placement in a story, but rather function?

Film Crit Hulk, a film critic who writes in all caps and as if he were the Hulk,

released a blog post several years ago railing against three act structure.

In it, he offers a definition:

"THE END OF AN ACT IS A POINT IN THE STORY WHERE A CHARACTER(S) MAKES A CHOICE AND CAN

NO LONGER 'GO BACK.'"

I like that this definition is character-centric,

focusing on a specific action that affects the momentum and direction of a story.

Another similar but more detailed definition is by John Yorke:

"...acts are bound by dramatic desire,

with a turning point spinning the character off

in pursuit of a new goal...

A course of action, defined by one single desire,

will be completed, whether successfully or not."

I think this is a really useful definition,

again because it is based on what is actually happening in your story—

the desire of the protagonist.

But the definition that has helped me the most came from combining the two,

and taking John Yorke's advice when he wrote...

"Sometimes it's easier to think of the structure in question-and-answer form."

So now, I think of an act as the dramatic question it introduces to the story,

persisting until the question is answered

and the protagonist has made a choice that sends them in a new direction.

This was what I was looking for when I began my investigation into act structure.

When you describe an act with a question, it becomes actionable.

It is the writer's job to design a series of events that will answer this question,

force the protagonist to make a choice,

and send them in a new direction.

So now, for the fourth and final act of this video,

let's define the Acts of "The Avengers" using questions and answers.

Act One begins as Loki appears and reveals his evil plan.

The dramatic question posed is:

Will Nick Fury be able to recruit our heroes to help stop Loki?

This is answered when they say yes...

even though we don't see them all commit on-screen.

Captain America and Bruce Banner choose to start searching for Loki,

which brings us to...

Act Two: Can they track Loki down and catch him?

Answer: Yes, but it feels like it was too easy.

Despite disagreement amongst the team about what should be done with Loki,

they choose to bring him back to S.H.I.E.L.D.

Act Three: Now that our heroes are finally united,

will they be able to get along and trust each other?

No.

Distrust leads to failure, and Loki escapes.

Realizing their errors, they finally choose to work together.

Act Four: Will our heroes unite to become The Avengers?

Yep.

By the end of act four they choose to face Loki's impossibly large army together,

in a coordinated effort.

Act Five: Will The Avengers be able to stop Loki's army from destroying New York City?

Yes, through a concerted effort that shows

that this new team is greater than the sum of its parts.

Having grown, the characters choose to go their separate ways,

knowing they will have each others' backs when the time comes.

You can analyze a film and apply any structure if you try hard enough.

Whether it's three-act structure, eight-sequence breakdown, or the Blake Snyder beat sheet,

it's just an intellectual exercise unless it helps you improve your writing.

In the end, all screenwriting books are essentially talking about the same thing,

it's just about finding what clicks with you and makes you a better writer.

But what about that David Fincher quote?

Are Marvel films really "lassoed and hogtied" by three-acts?

What is an example of a film that doesn't follow the "paradigm" structure?

And what happens when we zoom in closer to dissect the anatomy of an act?

I'll examine all of this in my next video,

next week.

I recently used this question and answer method of identifying acts

in a blog post I wrote about The Last Jedi.

Friends had been asking for my thoughts on the movie,

so I decided to write them up and post them to my website.

While writing the article took some time,

formatting it and making it look nice was fast and easy because I use Squarespace.

When I created my website it was simple to personalize

by tweaking one their beautiful designer templates,

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What this translates to, for me,

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Thanks to Squarespace for sponsoring this video.

Hey guys, I hope you enjoyed this video.

I have links in the description below for all the books that I mentioned,

and my blog post about Star Wars,

and the Fincher quote—all that's down there,

as well as a link to an excellent video about act structure by Lindsay Ellis

that you should definitely check out if you want to learn more about how to structure

your stories.

If you want to help me make more videos,

please consider supporting this channel on Patreon

or by become a sponsor on YouTube by clicking on the big sponsor button

next to the subscribe button.

Thank you for watching,

and I will see you next week!

For more infomation >> The Avengers — Defining an Act - Duration: 14:44.

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Braindrop: Structured Data - Duration: 2:24.

Ever wondered how to get this for your business?

Allow us to explain.

Those special blocks are called rich snippets.

Why are they important?

Well, Google is pretty good at understanding the general topic of a site's content,

but bots aren't so great at understanding context.

To help crawlers understand, markup languages were developed to explain it to them.

This is called structured data, which helps you earn rich snippets in your search results.

Structured data is a generalized term that refers to any organized data

that conforms to a certain format.

It doesn't have to be online.

You select the language you want and follow the rules of that markup language.

For example, the most popular structured data language is schema.org,

and this vocabulary can be implemented with different encodings.

Google recommends JSON-LD.

Okay, so that's getting pretty technical, and you'll probably need to have someone versed

in these languages help you—or spend a lot of time studying the documentation.

Is there an easier way?

Google does also offer a tool within search console called data highlighter, which allows

a site owner to apply structured data without changing the code.

Basically, you highlight sections of your site and tell Google what data is there.

But, there are some limitations you'll need to be aware of.

First, your highlighting will break when anything in your page's formatting changes.

And second, your highlighting will only apply to Google

and will be invisible to other search engines.

Structured data is not a ranking factor.

However, structured data can help your SEO efforts by earning rich snippets in your

search results, including information in a knowledge graph card

and providing better contextual understanding to search engines.

It can also increase engagements and click-through rates on your results,

and those are ranking factors, so it can have an effect.

Depending on your business, you might want different rich snippets.

We've helped clients get locations, job postings, blog articles,

and more marked up for rich snippets.

Talk to us if you want to explore the riches!

Thanks for watching, and we'll see you next time.

If you liked this video, click on the left to subscribe and on the right to

watch another Braindrop.

For more infomation >> Braindrop: Structured Data - Duration: 2:24.

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An introduction to streaming audio - Duration: 17:05.

I have been involved in file based audio, streaming as you might call it, over the last

15 years or so.

It all started when I saw my son play mp3's from his computer, and the phenomenon has

fascinated me ever since.

In this video I will tell you what I have learned about playing music from your hard

disk at better than MP3 quality.

I didn't like the mp3's my son used, so I gave him a proper stereo, including a Marantz

cd-player with improved clock oscillator.

He enjoyed the set but kept using the computer as source in stead of the cd-player.

So I gave him a stack of recordable cd's for I thought that money was the problem.

But it wasn't.

It was ease of use that drove him.

It made me think about the future of audio and started investigating the possibilities.

A noisy computer in the living room was no option and silent computers were scarce and

expensive then.

When Philips had a device out that could play photos, video and music from a computer over

the network, the Streamium SL400i, I ordered one.

It was then that I learned that playing audio from a video enabled device might not lead

to very good results.

To cut a long story short, I traveled through File Based Audio country, passing Squeezebox,

Sonos, iTunes - combined with Audirvana, Amarra and Pure Music - Simple Audio, Bluesound,

Pro-ject, Raspberry Pi, Sonore, SOtM and many others.

In this video I will attempt to give you an overview of the most popular ways of playing

audio files from a storage medium.

It's not an in-depth story and it doesn't pretend to cover all.

But for those relatively new to file based audio I hope it will give more insight in

the matter.

People that want more in-depth information might consider buying my book File Based Audio

aka Streaming Audio.

You will find the link below this video in YouTube.

Let's start with some general remarks.

There are some remarks to be made on the search-ability within streaming systems.

The number of metadata fields that can be searched is often limited to artists, albums,

genres and perhaps also the release date.

The support of extended metadata was - and sometimes still is - limited.

For instance, with classical music, the composer field, a standard field in all file formats,

might no be supported by the streamer or streaming server.

This led to very poor metadata-sets where in stead of the performing artist the composer

was entered.

So in stead of Arthur Rubinstein playing a Chopin nocturne the metadata sometimes only

named Frédérick Chopin as artist while in other files Chopin and Rubinstein were both

named as artist.

The correct way is to enter Chopin in the composer field and Rubinstein in the artist

field.

Often the composer field can be searched using the general search field.

This will usually be slower, but it's better than nothing.

But if you are a fan of classical music, be sure to check whether searching on composers

is facilitated.

On the other end of the scale not only the composer can be searched on, but for instance

also the composition, like Sheherezade by Rimsky-Korsakov.

Then there are systems that don't support gapless playback.

So if you play music that is continuous but is marked in track numbers for convenience,

there will be a short silence between the tracks.

For instance with live music the applause is muted shortly.

Even more irritating is when a continuous piece of music is concerned, for instance

Canto Ostinato by Simeon ten Holt, played by Kees Wieringa and Polo de Haas, a minimal

music-like composition for two pianos of almost 75 minutes that - on cd - is divided into

106 tracks.

Played on equipment that doesn't support gapless playback gives you a short break in

the music about every few minutes.

The better streamers nowadays solve this in the hardware, but there still are those that

don't.

The first system I came across after the Philips Streamium was the Slim Devices SliMP3.

It sounded disastrous.

This was corrected in the successor: the Squeezebox.

Several products followed and in 2006 Slim Devices was bought by Logitech.

They introduced the Squeezebox Touch that supports 96 kHz.

Many tweaks came available over time: better power supplies and later on even unofficial

firmware tweaks for the Touch that would activate the USB socket as output to a USB DAC and

later on an update to 192 kHz over USB.

The system is managed from server software - Logitech Media Server, LMS for short.

It was initially operated from the Squeezebox display using an infrared remote.

The player sent the infrared instructions to the LMS that sends back album or track

information to the display.

You then select music to play and again this request is sent to the LMS that responds by

sending music files to the player.

The Squeezebox itself is a dumb terminal, passing on information and rendering music.

Later on iOS and Android apps became available as remote.

There also was a Duet that had no display on the player but a display on its remote

control.

Logitech stopped making Squeezeboxes in 2010 but promised to maintain the support for the

LMS.

Today other parties use the LMS for their product.

There are emulators for the Raspberry Pi and for instance Sonore and SOtM offer a Squeezebox

emulation in their streamers.

There are also many plug-ins for LMS to expand its possibilities, including for streaming

services like Tidal.

Be wise though and install only those plugins that you really need to prevent instability

of LMS.

Many players use the DLNA protocol.

It needs DLNA server software running on a computer or NAS.

DLNA was initiated in June 2003 by the large consumer electronics companies.

It was designed to facilitate streaming video, audio and photos from your computer but it

was obvious that the audio part had little or no priority.

The system worked fine when indexing a few hundred files but became notoriously slow

when thousands of files had to be indexed and searched.

Most people won't have more than a few dozen videos but for audio - and photos nowadays

- things are different.

If you own 100 cd's, that will be around 1300 tracks.

Clever hardware solutions and better server software have mostly solved this problem,

at least in the better products.

Furthermore DLNA does not support gapless playback.

The better manufacturers have also solved this in their playback devices while modern

DLNA servers do support most or all metadata fields.

But there are still products out there that don't.

Even within the same brand one model might while the other won't, so be sure to check.

There are also manufacturers that used DLNA as a base and built their own extensions on

it, like Denon Heos, Linn and Yamaha MusicCast.

DLNA is based on the universal plug and play standard and companies that didn't want

or weren't allowed to join the DLNA consortium, developed a comparable system and named it

UPnP AV.

In practice you will find no difference between UPnP AV and DNLA and you can mix both systems

without any problem.

There are many DLNA controller apps for smartphones and tablets as there is a lot of DLNA server

software, sometimes as pure DLNA server but there is also player software that doubles

as DLNA server.

Even hardware players like those by Sonos offer their music to other players through

the DLNA protocol.

Systems like Sonos and Bluesound and software like Volumio for the Raspberry Pi use their

own local indexing system, Just point it to the shared volume on your home network and

it will be indexed after which you can pick and play your music.

Bluesound and Volumio-like programs can even work without a shared volume: as soon as you

have you music on a hard disk, connect it to the player and you're done.

Some players even have the hard disk built in and also hold an optical drive to rip the

cd's to the hard disk.

Self indexing systems are rather responsive since they contain the index locally and when

more devices are added, the indexes will be automatically copied to those too.

There is a limitation too caused by the amount of memory in the player and the efficiency

of the database engine.

This limitation only gets in the way if you have a real big music collection.

The BluOS used in Bluesound also is used in NAD products.

They are not the only self indexing systems, upmarket products like Sooloos do their own

indexing and have no need for a computer.

Self indexing players are the easiest to install and maintain and are highly recommended for

the computer illiterate.

There is a broad offer: from the relatively low sound quality of the Sonos to the true

high-end Sooloos.

On the other side of the spectrum we have the computer literate that use the computer

for playback.

They were there even before the Squeezebox but it took some time before decent audio

quality was possible.

The simplest way is to use the analogue output of the computer but as often with simple solutions

it results in poor audio quality since the sound card inside the computer suffers from

poor clocking, polluted power supply and interference from other clock signals.

Using an outboard sound card - a digital to analogue converter, abbreviated to DAC - does

offer better sound for it suffers less form the aforementioned problems.

But they are not entirely gone.

Some use an audiophile power supply to further improve the sound quality while others use

interface boxes that clean up the power lines and re-clocks the USB or SPDIF signal.

Depending on the quality of that box the result can be somewhere between hardly better to

shockingly good but shockingly good easily will set you back a grand.

And than there is the operating system that - by default - will change the audio signal.

For quality sound you don't want that.

This can easily be solved but it depends on the OS what is needed.

Windows computers will need a special driver, a special mode to be enabled and bit perfect

software.

On a Mac and Linux computer just the bit perfect software will do.

Some software will allow you to use network audio adaptors - which I will discuss in the

following chapter - like JRiver Media Centre that can play music to DLNA renderers.

The network audio adapter - NAA or short is essentially

a digital output that is connected to the computer over the network.

When you use a tablet or smartphone to control a Raspberry Pi that emulates a Squeezebox,

the Raspberry Pi is essentially an NAI.

The same goes for a DLNA renderer or Roon Endpoint - on which later more.

The essence is that the noisy computer can remain elsewhere while the NAA will be placed

in the living room.

Since the NAA is a very simple computer, purposely built for audio, it will be more optimal and

thus provide the DAC with a cleaner signal than a regular computer.

Also here price and performance vary greatly and the most expensive will not automatically

be the better one.

But the better one will be more expensive for it takes a lot of design time and expensive

components to achieve this.

Many audio specific streaming systems are brand specific too.

Sonos only supports Sonos hardware, BluOS only supports Bluesound/NAD and so on.

This doesn't apply to DLNA ad also Roon is brand agnostic.

The latter is a development by the people that started Sooloos and left some years after

Meridian had taken over the company.

The difference between DLNA and Roon is immense, in speed, presentation, metadata and price.

The Roon server is run on a computer running Windows, Mac OS or Linux and has at least

an Intel i3 processor and a SSD system disk.

A special version is available for the Intel NUC if you are willing to dedicate that computer

fully to Roon.

I have several videos on Roon if you want more details.

See the link in the comments in YouTube.

You control Roon with a smartphone, tablet or computer and you can output to the computer

output, a DAC connected to the computer, DAC's that are Roon Ready, streamers that are Roon

Ready, NAA's running Roon Ready software and Raspberry Pi's running Roon Ready software.

You can also send music to other computers, smartphones and tablets running Roon software,

Squeezeboxes, Sonos equipment and Airport stations.

So, like with many other systems, you can store your music centrally and play it on

many places in the house.

Like DLNA you can use it for ultra high end audio in the listening room, top quality hifi

in the living, use a Bluesound player in the study, a Sonos speaker in the kitchen and

a Raspberry Pi with sound board, connected to that old ghetto blaster in the garage.

Your son and daughter can play from the same pool of music over their computer or smartphone

and each an everyone can have their own profile, playlists and so on.

It is hard to say what system suits you best.

I have reviewed a large number of solutions, see the playlists on Streaming audio players,

networked audio adaptors and networked audio players.

See the links below this video in YouTube or Patreon or at the end of this video.

And subscribe to this channel or follow me on Twitter, Facebook or Google+.

See the comments below this video in Youtube for the links.

If you have a question, post it below this video but please don't ask me for buying

advise.

See my About Questions video to find out why.

If you liked this video, please consider supporting the channel through Patreon and see super

exclusive videos too.

Just one dollar a month will do.

The link is in the show notes.

And don't forget to tell your friends on the web about this channel.

I am Hans Beekhuyzen, thank you for watching and see you in the next show or on theHBproject.com.

And whatever you do, enjoy the music.

For more infomation >> An introduction to streaming audio - Duration: 17:05.

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AMAZING BODY FACTS - ASAPScience parody - Duration: 1:59.

the human body is something of.

Did you know that the airways if extended completely, they would reach a length

of 2400km?

That is the traffic lenght that is in Cormano at 8 o'clock in the morning.

Or that the nails of your dominant hand are exactly the same number of fingers?

Do you hear my bad voice?

If you do not want to hear it anymore, just ask removing the ear or going

at the home of an old man tuned on the 4th cannel: the high volume of the TV will make you lose

hearing for free and without calling numbers green with offers only for today.

As adults we only have 206 bones while from little ones we had many more.

All the fault of the government and of the strong powers that first remove the bones and then the pensions.

If it's hot outside, we feel hot while if it's cold outside and we feel cold.

The liver is the organ that works the most, especially during holidays, Christmas and New Year

including but is never paid double.

For this reason, the livestock union has been running for years continues to strike for non-renewal

contract of the CCNL Digestive systems small and medium bone structure.

Blood is essential because it is red and moves in the body to do things.

Hair is the second part of the body that grows faster.

It's the first one?

The maroni every Monday morning.

If you have a question you want a question about, write it in the comments and do not forget to forget it

of the channel to lose the next episodes of EI Scientists.

For more infomation >> AMAZING BODY FACTS - ASAPScience parody - Duration: 1:59.

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Changer biellette de barre stabilisatrice arrière NISSAN X-TRAIL T30 TUTORIEL | AUTODOC - Duration: 2:55.

Use a socket №17 and an open-end wrench №16

For more infomation >> Changer biellette de barre stabilisatrice arrière NISSAN X-TRAIL T30 TUTORIEL | AUTODOC - Duration: 2:55.

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Peace Like A River - Liberty Quartet - Duration: 2:58.

Please subscribe to our channel!

For more infomation >> Peace Like A River - Liberty Quartet - Duration: 2:58.

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Shadow of the Colossus - Behind the Scenes: Remaking a Masterpiece [PS4, deutsche Untertitel] - Duration: 4:37.

For more infomation >> Shadow of the Colossus - Behind the Scenes: Remaking a Masterpiece [PS4, deutsche Untertitel] - Duration: 4:37.

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Motsi Mabuse: Wunderbare Baby-News! - Duration: 3:15.

For more infomation >> Motsi Mabuse: Wunderbare Baby-News! - Duration: 3:15.

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Cum se înlocuiesc bara de stabilizare din spate pe NISSAN X-TRAIL T30 TUTORIAL | AUTODOC - Duration: 2:55.

Use a socket №17 and an open-end wrench №16

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