Youtube daily so Apr 25 2017

ELVIS PRESLEY - "And I Love You So"

For more infomation >> ELVIS PRESLEY - "And I Love You So" - Duration: 3:38.

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Im so fresh you can......... watch Men On Mopeds Part 3 Babie - Duration: 8:45.

do you like men?

i bet you do

im mad crushing on parker

no one will ever read these subtitles

logan likes mario kart, so do i

i really want a switch but im poor

i think i wont put any more subtitles than this

just kidding

you got pranked bro

subscribe to brad hall for good videos

so......

If you read this comment your favorite type of gum in the comment section but don't add any context toit just say like "5" and then nothing. only you and i will know

For more infomation >> Im so fresh you can......... watch Men On Mopeds Part 3 Babie - Duration: 8:45.

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Mutually Coupled Inductors in Parallel (Derivation / Proof and Examples) - Duration: 15:41.

Hey friends, welcome to the YouTube channel ALL ABOUT ELECTRONICS.

So, in this video, we are going to derive an expression for mutually coupled inductors

which are connected in parallel connection.

So, in the earlier video of dot convention, we had seen the expression for mutually coupled

inductors which are connected in parallel connection.

So, in that video, we had seen that when two inductors are connected in a parallel aiding

connection then their equivalent inductance can be given as

Leq= (L1*L2 - M^2)/(L1 + L2 - 2M) Where L1 and L2 are self-inductance or simply

inductance of this inductors and M is mutual inductance between the two inductors.

Similarly, we had seen that when two inductors are connected in parallel opposing connection,

then their equivalent inductance can be given as

Leq= (L1*L2 - M^2)/(L1 + L2 + 2M) So, let's derive the expression for both cases.

So, let's say we have two inductors L1 and L2 which are connected in parallel connection.

And whenever we apply AC voltage source to this inductor combination, then current will

start flowing through this combination.

Let's say i1 is the current that is flowing through inductor L1 and i2 is the current

that is flowing through inductor L2.

Now, these two inductors are connected in a such a way that flux that is generated in

the inductors are aiding to each other.

Or in another term, we can say that these inductors are connected in Parallel Aiding

Connection.

Now, if we apply KCL then we can write, i= i1 + i2

So, now if we differentiate this equation then we can write it as,

di/dt= di1/dt + di2/dt And let's say this is equation number 1.

Now, as these two inductors are connected in parallel connection,

then we can say that this voltage v = VL1= VL2

Where, VL1 and VL2 are the voltages across these inductors L1 and L2 respectively.

So, now let's write an expression for this VL1 and VL2.

So, VL1 can be written as VL1= L1*(di1/dt) + M*(di2/dt)

Now, here the first term represents the self-induced voltage in the inductor L1 and the second

term represents the voltage that is generated in the first inductor due to the current that

is flowing in the second inductor.

And as these inductors are connected in parallel aiding connection, so the polarity of the

second term will be positive.

Similarly, we can write an expression for VL2 as

VL2= L2*(di2/dt) + M*(di1/dt) Here also the first term represents the self-induced

voltage in the inductor 2 and the second term represents voltage that is generated in the

second inductor due to the current that is flowing in the first inductor.

So, as VL1 = VL2 So, let's compare these two equations and

let's simplify them So, from these two equations, we can write

(L1- M) di1/dt = (L2-M) di2/dt So, if we simplify it further, then we can

write it as di2/dt = [(L1-M)/(L2-M)]*(di1/dt)

And let's say this equation number 2.

So, now if we replace these two inductors by their equivalent inductance Leq,

then we can write voltage v as v= Leq*(di/dt)

where i is current is flowing through this equivalent inductor.

So, now if we put value of di/dt from the equation number 1 then we can write it as

Leq*(di1/dt + di2/dt) So, now let's put a value of di2/dt from the

equation number 2.

So, putting the value of di2/dt, we

can write v= Leq*[ di1/dt + (L1-M /L2-M) di1/dt ]

So, if we further simplify it then we can write it as

Leq*[ (L1+ L2 -2M) /(L2 - M) ]*di1/dt And let's

say this equation number 3.

So, earlier we had seen that voltage v= VL1 = VL2

So, we can compare this equation number 3 with voltage VL1 or VL2.

So, let's compare it with voltage VL1.

And earlier we had seen that voltage VL1 can be written as

VL1= L1*(di1/dt) + M*(di2/dt) So, now if we put value of di2/dt from equation

number 2, then we can write VL1 as VL1= L1*di/dt + M*[(L1-M)/(L2-M)]*di1/dt

Or if we simplify it further then we can write it as

[(L1*L2 + L1M- L1M- M^2)/(L2-M)]*di1/dt And let's say this equation number 4

So, now if we compare this equation number 4 with equation number 3, then we can write

it as Leq*[(L1+L2-2M)/(L2-M)] = (L1L2- M^2)/(L2-M)

And further, if we simplify it then we can write it as

Leq= (L1*L2 - M^2)/(L1+ L2 -2M) which is an expression for parallel aiding

connection of two mutually coupled inductors.

So, similarly, we can derive an expression for parallel opposing connection.

So, now let's derive an expression for parallel opposing connection.

So, let's say we have two inductors L1 and L2 which are connected in parallel connection.

And when we apply AC voltage source V to this inductor combination, then current will start

flowing through these inductors.

Let's say i1 is the current that is flowing through inductor L1 and i2 is the current

that is flowing through inductor L2.

And these two inductors are connected in a such a way that the flux that is generated

in the both inductors are opposing to each other.

Or in another term, we can say that these inductors are connected in parallel opposing

connection.

So, now if we apply Kirchhoff's Current Law, then we can write it as

i = i1+ i2 And if we take differentiation of this equation,

then we can write it as di/dt = di1/dt + di2/dt

And let's say this equation number 1.

Now, here as both the inductors are connected in parallel combination, then we can say that

voltage V= VL1 = VL2

where, VL1 and VL2 are the voltages across this inductor L1 and L2 respectively.

So, now let's write an expression for VL1 and VL2.

So, voltage VL1 can be given as, VL1= L1*(di1/dt) - M*(di2/dt)

Now, here the first term represents the self-induced voltage in the inductor L1 and the second

term represents the voltage that is generated in the first inductor due to the current that

is flowing in the second inductor.

And as the both inductors are connected in parallel opposing connection, the polarity

of the second term will be negative.

Similarly, we can write VL2 as, VL2= L2*(di2/dt) - M*(di1/dt)

So, as VL1 = VL2 so, we can compare these two equations.

And if we further simplify it then we can write it as

(L1+M) di1/dt = (L2+M) di2/dt And further, if we simplify it then we can

write it as, di2/dt = [(L1+M)/(L2+M)]*(di1/dt)

And let's say this equation number 2.

So, now if we replace these two inductors by their equivalent inductance Leq,

then we can write voltage v as v= Leq*(di/dt)

Where i is the current that is flowing through this equivalent inductor.

So, from equation number 1, we can put value of di/dt and we can write it as

Leq*(di1/dt + di2/dt) So, now let's put a value of di2/dt from equation

number 2.

So, we can write voltage v as v= Leq*[ di1/dt + (L1+M /L2+M) di1/dt ]

So, now if we further simplify it then we can write it as

Leq*[ (L1+ L2 +2M) /(L2 +M) ]*di1/dt And let's say this equation number 3.

Now, earlier we had seen that voltage v= VL1 =VL2

So, we can compare this equation number 3 with either VL1 or VL2

So, here we will compare it with VL1 And earlier we had seen that voltage VL1 can

be given as VL1= L1*(di1/dt) - M*(di2/dt)

So, now if we put value of di2/dt then we can write VL1 as

VL1= L1*di/dt -M [(L1+M)/(L2+M)]*di1/dt And if we further simplify it then we can

write it as [(L1*L2 + L1M- L1M- M^2)/(L2+M)]*di1/dt

And let's say this equation number 4

So, now if we compare this equation number 4 with this equation number 3 then we can

write it as Leq*[(L1+L2+2M)/(L2+M)] = (L1L2- M^2)/(L2+M)

And further, if we simplify it then we can write

Leq= (L1*L2 - M^2)/(L1+ L2 +2M) which is an expression for parallel opposing

connection.

So, now let's see some examples based on this parallel connection.

So, here we have two inductors which are connected in parallel connection.

And the value of two inductors is 1H and 4H respectively.

And apart from inductors value, we have given the coefficient of coupling.

And the value of the coefficient of coupling is 0.5.

And we have been asked to find a value of equivalent inductance.

So, if you see here these two inductors are connected in parallel aiding connection.

So, the equivalent inductance can be given as

Leq= (L1*L2 - M^2)/(L1 + L2 - 2M) So, here we don't know the value of this mutual

inductance M. So, first of all, let's find the value of

this mutual inductance.

So, in the earlier videos, we had seen that expression of mutual inductance M can be given

as M= K*sqrt(L1*L2)

Now, here the value of K is 0.5, and value of L1 and L2 is 1H and 4H respectively.

So, we will get a value of mutual inductance as 1H.

So, now if we put value of this L1, L2, and M, then we will get

(4-1)/(5-2), that is 1H

So, in this way, the value of equivalent inductance will be

1H.

So, now let's see the second example.

So, in the second example, all the things are same except one thing.

Now, the dot has been moved from one side to the another side of the inductor.

Or in another term, these two inductors are connected in parallel opposing connection.

So, let's find out equivalent inductance for this combination.

So, for parallel opposing connection, the equivalent inductance can be given as

Leq= (L1*L2 - M^2)/(L1 + L2 + 2M) Now, earlier we had found the value of mutual

inductance as 1H.

So, now if we put the value of L1, L2, and M,

then we will get 4-1/(1+4+2)

So, we will get 3/7 H So, in this way, we found a value of equivalent

inductance as 3/7 H. So, I hope in this video you understood how

to derive an expression for mutually coupled inductors which are connected in parallel

connection.

For more infomation >> Mutually Coupled Inductors in Parallel (Derivation / Proof and Examples) - Duration: 15:41.

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Here's why your MBTA train is so crowded - Duration: 0:38.

HEIR PATH BACK.

RANDY: FIREFIGHTERS SAID THE MEN

HAD SIGNS OF HYPOTHERMIA, BUT

SHOULD BE OKAY.

ANTOINETTE: NO RELIEF FOR

COMMUTER RAIL RIDERS.

THE SHORTAGE OF TRAINS CAUSING

THE ISSUE IS EXPECTED TO PERSIST

THROUGH NEXT MONTH

KEOLIS WAS REQUIRED TO OPERATE

362 TRAINS LAST MONTH.

THIS MONTH THEY'RE REQUIRED TO

RUN 366 TRAINS.

WHILE THEY'RE DOING SLIGHTLY

BETTER NOW, MANAGERS SAY IT WILL

For more infomation >> Here's why your MBTA train is so crowded - Duration: 0:38.

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Reasons Why Koreans In Their 20s and 30s Like BTS So Much - Duration: 1:58.

Reasons Why Koreans In Their 20s and 30s Like BTS So Much

Korean fans in their 20s and 30s have admitted to becoming fans of Big Hit Entertainment's BTS for the fact that they are amazing dancers. 

On top of their ability to make us laugh with their personalities and sit in awe of their voices, BTS has amazed us countless times with their dancing.

Their high skill level, organization, and timing of their dance move has caught the attention of all their fans.

BTS puts their all in their choreography. Their hard work in dancing tends to add a lot more emotion and excitement in their performances, from the martial arts moves in Bulletproof Pt2 to their footwork in Fire.

BTS Bulletproof Pt2.

BTS Fire. Many Korean fans in their 20s and 30s say that BTS's dancing is sexy and exciting to watch. Fans re-watch music videos, dance practices, and live performance to watch their dancing.

BTS Dope. Fans admit to not being able to do the move they see BTS doing.

It fascinates them that BTS is able to carry out such difficult choreography while making it look so easy, which makes their performance even more eye-catching and cool to them.

For more infomation >> Reasons Why Koreans In Their 20s and 30s Like BTS So Much - Duration: 1:58.

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Welcome, Newcomers! So Patreon? Discord? (Channel Update) - Duration: 9:22.

Hello there, everyone. This is Aira, and I just want to say

Wow

Just just wow I am

Absolutely blown away by the events of the past few days

For those of you who may not be aware

I've been working hard on this channel for a few years now

Making videos when I can, doing lots of let's plays

plenty of Minecraft, the occasional song, and a few game critiques and reviews

Those critiques and reviews will be more common pretty soon, too.

I'm working on a really in-depth critique of a game right now

Which I hope will be out really soon

I'm afraid I tend to be kind of rambley and I know this update might get a little longer than I mean it to so

Let me just quickly give you all the "too long; didn't read" version of the video without the details

One: welcome, all newcomers! Thank you so much. I'm so pleased to have you here, you have no idea

Two: the video upload schedule for this channel will stay the same for now

Which is Wednesdays and Fridays with occasional Mondays, but after the school year ends there will be a lot more content

As I will be making big changes to my job and my schedule

Three: I have a new Discord server (link below) and Patreon (link below)

I'm currently trying to raise enough money for a modded Minecraft server for me and my mom and

Higher level patrons will be able to play on there with us once we get it up and running

Okay, that's the short version now on to the long version with all the intimate details you could ask for

For the past couple of years I've been doing this as a labor of love. This is a hobby for me

I have never made one single cent from any of this

I've just been doing it because I enjoyed it and wanted to do it, and I'm a grown up

and I can make videos if I want and

Yes, by the way there have been a few comments recently implying that I am a small child

I'm a grown woman

not a small child. Woman, not child, just to clear that up

As of last Friday morning, I had

127 subscribers. I know the exact number because I check it every day

And I celebrate every time I get a new one

You can't imagine the joy that I felt every time that number ticked up

And I realized that all my hard work, all the stuff that I love making, is good enough

That another person wanted to come back for more

Well, folks, that all changed Friday afternoon when Everything, the game, was released and my subscribership

tripled in 24 hours

I was very fortunate in that I was able to get an advance copy of the game

(thanks to my day job)

And I was able to play it, analyze it, and prepare a nice review before it even came out

That put me in a position to have a video ready the moment in unlocked in the Steam store and get a sudden massive

influx of traffic

I was hoping to get a few new subscribers out of that

But I was in no way expecting a turnout like this. As of the moment I'm recording this, that video has

1108 Views

That may not sound like much to those of you who are used to big-name YouTubers with millions of subscribers

But up until this point, I've averaged around 15 to 20 views per video I post. This is such an

unbelievably huge jump in views that I am just completely blown away

So hello new Subscribers!

Hello new audience of lovely people who watched my review of Everything and liked or commented or subscribed. The overwhelming majority of you wrote

Truly lovely things and I am touched and honored that you hold such a high opinion of my work

I really put a lot of hours into that review and it is

Incredibly validating to see it so well received

I did see a lot of comments from people saying that they were surprised by how few subscribers

I have and hope that I would find more success soon

First of all thank you, oh my God

Thank you. In case any of you are genuinely interested in why someone who creates quality content would not find success

Well, there are just too many people on YouTube, plain and simple. You usually find the videos you watch by searching for keywords

But Youtube's results are not curated. The top search results are generated based on how popular the videos already are

How many views, comments, likes, even dislikes they have

the most popular videos are the easiest to find which means if you're not already popular it can be almost impossible to be found

A terribly made video by an already popular Youtuber with a hundred thousand views is always going to be easier to find than

a really well made video by someone with only a handful of followers. That's just the way it works

Finding success is largely a matter of luck. You usually can't be successful if your content isn't good

But having good content is hardly a guarantee of success

which makes me all the more grateful to have all of you here now

and since so many of you are new, please allow me to introduce myself properly

I'm Aira. I grew up in America, but I live in Central Europe now

I make my living as an English as a foreign language teacher

and as a writer and an editor

sadly these jobs take most of my time and energy, especially teaching, which is so

Incredibly draining it's difficult to describe to someone who hasn't experienced it

This is actually the main thing holding me back from making more videos right now. In fact

I made a decision a little while ago: this is my last year of teaching. I love the job

I love my students, but I just do not have the energy to do it anymore

I've already worked things out with my writing and editing job

And I'm going to work more there, more at home, and this will leave me with enough energy to devote to my videos

This is something I've wanted to do for a long time, and I'm finally in a position to do it

And I'm just super excited at how things are going to change after the school year ends in a couple of months

So for the time being my upload schedule is going to remain the same

regular videos on Wednesdays and Fridays barring illness or some other kind of catastrophe and

Occasional videos on Mondays just whenever I can find the energy to get them up

As I mentioned before I'm going to be doing more reviews and critiques and of course

I'll keep doing in my let's plays, especially of Minecraft

Which is one of my favorite games to play and also the most popular one for videos

Regarding Minecraft there's something I've really been wanting to do for a long time

But I didn't have the means: I want to get a private modded server hosted for me

And my mom to play on and use for videos

We have a lot of technical issues at the moment because I'm hosting our games from a single player world. I live in Europe

She lives in America, we're six time zones apart, we have to coordinate our play time, which usually only amounts to a few hours

per month

And we have pretty nasty lag issues sometimes because it's just not possible to get a very fast internet connection where I live now

We've been discussing the possibility of hiring a server for a while, but to get one capable of hosting the Modpack

We're using, which is Foolcraft at the moment, it was just too expensive

we can't afford it without help. So with this influx of lovely new people I've decided to take a chance and start a

Patreon. There is a link in the description of this video and another link on my main channel page

It's a small icon in the bottom right of the header image

It doesn't look like much just yet

But I'll keep working on the page and the rewards. As of right now

If you support me with a dollar or more per month you get a rank with some privileges in my new Discord server

Yes, new Discord server, more on that in a moment

If you support me with five dollars or more per month you get a higher rank on Discord as well as the right to join

Me and mom on our multiplayer server once it's up and running. This reward will take some time. First

We need to raise enough money, it'll be forty dollars a month

So that's my first patreon goal, and once we get close to that I'll start setting up the server

I'll be adding more rewards and levels and stuff in the future

But that's what I have for a start

I can tell you that once I reach that forty dollar goal

And we finally have our server the next goal will be to raise enough money to hire a dedicated

subtitler to subtitle all of my videos

Subtitles are really, really important to me. I just don't have time to write them

For most of my videos. It really bothers me that I can't do that

And it's a very high priority to make that happen

For the time being if any of you guys want to volunteer to help write subtitles

You are absolutely welcome to do so and I would greatly appreciate any help

So that's Patreon. Hooray!

As I mentioned I also have a new Discord server up and running. The address for that is down in the video description as well

Like the Patreon it's still pretty basic

But there are a few channels in there

Including one for patrons only, and I will be active on there and happy to chat with you guys

There's a place to be suggestions and make requests as well, and I will be paying a lot of attention to that channel

I make these videos because I love it

And I would keep making them even if no one was watching but it's also important to me that you guys enjoy watching them

So if there's something you really want to see don't hesitate to let me know. I really want hear from you

Well, I think that's everything for now

thanks for watching, thanks for listening, and just... just thanks for everything. Seriously, guys, and

This is from the heart: for the first time in my life

I have a large group of people encouraging me to pursue a creative endeavor

Which I care a lot about and which brings me just great joy. You have no idea

How much it means to me to have you here, and I look forward to seeing you all again in the next one

For more infomation >> Welcome, Newcomers! So Patreon? Discord? (Channel Update) - Duration: 9:22.

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Why are sloths so slow? - Kenny Coogan - Duration: 5:15.

In 1796, Thomas Jefferson received a box of bones he couldn't identify.

A long, sharp claw reminded him of a lion,

but the arm bones suggested a larger animal,

one about three meters long.

Thinking it might be huge unknown species of North American lion,

Jefferson warned explorers Lewis and Clark

to keep an eye out for this mysterious predator.

But Jefferson's box of bones didn't come from a lion.

They came from an extinct giant sloth.

Prehistoric ground sloths first appeared around 35 million years ago.

Dozens of species lived across North, Central and South America,

alongside other ancient creatures like mastodons

and giant armadillos.

Some ground sloths, like the megalonychid, were cat-sized,

but many were massive.

Jefferson's sloth, Megalonyx, weighed about a ton,

and that was small compared to megatherium,

which could reach six metric tons, as much as an elephant.

They ambled through the forests and savannas using their strong arms

and sharp claws

to uproot plants and climb trees,

grazing on grasses, leaves, and prehistoric avocados.

In fact, we might not have avocados today if not for the giant sloths.

Smaller animals couldn't swallow the avocado's huge seed,

but the sloths could,

and they spread avocado trees far and wide.

Ground sloths flourished for millions of years,

but around 10,000 years ago, they started disappearing

along with the Western Hemisphere's other giant mammals.

Researchers think that ground sloths could have been pushed out

by an oncoming ice age,

or competition with other species, maybe humans,

who arrived in the region around the time most of the sloths went extinct.

Some of the smaller sloths did survive and migrated to the treetops.

Today, there are six species left living in the rainforest canopies

of Central and South America.

Hanging out in the trees is a good way to avoid predators,

and there are plenty of leaves to eat.

But this diet has its drawbacks.

Animals extract energy from food and use that energy to move around,

maintain their body temperature,

keep their organs working,

and all the other activities necessary for survival.

But leaves don't contain much energy,

and that which they do have is tough to extract.

Most herbivores supplement a leafy diet with higher energy foods

like fruit and seeds.

But sloths, especially three-toed sloths, rely on leaves almost exclusively.

They've evolved finely tuned strategies for coping with this restricted diet.

First, they extract as much energy from their food as possible.

Sloths have a multi-chambered stomach that takes up a third of their body,

and depending on the species,

they can spend five to seven days, or even weeks, processing a meal.

The other piece of the puzzle is to use as little energy as possible.

One way sloths do this is, of course, by not moving very much.

They spend most of their time eating, resting, or sleeping.

They descend from the canopy just once a week for a bathroom break.

When sloths do move, it's not very fast.

It would take a sloth about five minutes to cross an average neighborhood street.

This unhurried approach to life means that sloths don't need very much muscle.

In fact, they have about 30% less muscle mass than other animals their size.

Sloths also use less energy to keep themselves warm

because their body temperature can fluctuate by about five degrees Celsius,

less than a cold-blooded reptile, but more than most mammals.

These physical and behavioral adaptations minimize the sloth's energy expenditure,

or metabolic rate.

Three-toed sloths have the slowest metabolism of any mammal.

The giant panda is second slowest,

and two-toed sloths come in third.

Moving slowly has allowed sloths to thrive in their treetop habitat.

But it's also made the sloths themselves a great habitat for other organisms,

including algae, which provides a little extra camouflage, and maybe even a snack.

Sloths may not be giant anymore,

but that doesn't make them any less remarkable.

For more infomation >> Why are sloths so slow? - Kenny Coogan - Duration: 5:15.

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So Much Tech! | GMBN At Sea Otter - Duration: 6:04.

- There's so much cool stuff, here at Sea Otter,

I've made you another video.

So come on, let's take a look, see what we can find.

(upbeat percussive music)

We're here, over at Bontrager,

checkin' out their full line-up of wheels,

and this is their top of the line cross country wheel,

the Kovee Triple-X.

Carbon fibre rim, 29-er.

Its also got a 29 millimetre inner width.

Just gives you that big volume.

That's actually quite unusual, for a cross country wheelset.

But, in testing, they found,

that its actually quite a bit better,

rolls that little bit faster.

Bladed spokes, as well.

And this is the top of the line enduro and trail wheel set,

the Line Pro 30.

Its a carbon fibre rim, again, 29 mill, internal width,

to give you that volume, again.

And this is the Rapid Drive 108 hub.

It gives you 108 points of engagement.

You got six pulls in there.

And they both have two points of engagement, each.

And they work as a set of three.

So, two sets of three.

Mass work gives that 108 points of engagement,

for that super fast pick-up.

This is the Pivot Firebird long travel enduro bike.

170 millimetres of travel.

Its got a DW link.

Its inspired by their Phoenix Downhill bike,

using that same rear suspension technology.

Its got a 65 degree head angle,

and a couple of really nice, little neat touches,

those internal rooted cables, very nice looking bike.

ParkTool here, showin' off their full range of tools,

or even lettin' you use some of them.

They've got multi-tools, stuff for your home mechanics,

and then, some serious workshop tools, up in the back.

- SCOTT are here, showing off their full range of bikes.

This is the Gambler Downhill bike

that Brendan Fairclough rides.

He's been in town this weekend, showing his Deathgrip movie.

Here is the Spark 900 SL,

much like the bike that Jenny Rissveds,

and Nino Schurter ride.

So, Brendan, you're teammates

with a very fast cross country man, Nino Schurter.

- Yep!

- If we put Nino on a Gambler, on a cross country track,

do you think you could beat him on a cross country bike?

- (laughs) Oh, my goodness!

I really hope so! - I'd like to see that.

- But, I wouldn't put a lot of money on it!

You've seen that guy ride!

- [Neil] I have seen him ride.

This is Breadwinner.

They make hand-built bikes, in Portland, Oregon.

And they make about 120 bikes a year.

This is their Goodwater model.

This Columbus-steel tubing.

The drop outs are made in house,

designed to run 27.5 plus, or 29-inch wheels,

like it is now.

67 degree head angle.

And look at that lovely paint job.

Ergon is a company

that offers all sorts of different options on their grips,

to suit your hands,

suit the sort of discipline of riding you do.

Same with their saddles, full ranged.

You got the best, perfect fit.

And this is the new product for them, the IP3 Solestar.

And it's sort of like stabilising the foot,

as the ankle, and the foot,

aren't really designed for ridin' bikes,

more like walkin', and runnin' around, obviously.

And its got its one, two, three system,

to really stabilise that foot.

Its got the best comfort when you ride 'em.

This is Archer Components.

They make wireless shiftin',

that work with any one bike systems.

So, any set, any rear mech.

That shifter, up on the bar,

sends signals to this little unit back here.

This is programmed with an app on your phone.

And it, simply, just works.

This is Ibis.

And we're lookin' at their wheel sets.

They were pioneers of the wider rim.

Here's the top-end carbon rims on N29 hubs.

But, this is brand-new, the Ibis carbon logo wheel set,

on an Ibis hub, and this carbon fibre rim.

Its got a 35 mill inner-width to it.

I find that's the sweet spot,

just to get that extra bracin' angle, on the tyre,

and this works best with 2.3 to 2.8 tyres.

Their fine perfect spot is 2.8, on 27.5, and 2.6, on 29.

Its got asymmetric rims,

so you can run the same-length spokes, either sides,

to benefit from that strength.

Also, they actually,

they've lowered the profile of this rim a little bit.

Its got a little bit more gear,

but they actually make it stronger,

and lose a little bit of weight.

So, this is the brand-new,

third generation Ibis Ripley LS,

LS standing for long and slack.

So, this is a 120 mill travel trail bike, with a 130 fork.

This has been fully redesigned

around runnin' those slightly wired tyres.

So, optimised for 2.6 tyres,

so the rear end is new, the front end's new,

all been widened up,

boost on the rear.

You can run two by on this but really,

Ibis expect most people to run it one by system.

We're at FSA, looking at their components.

Got a full range of cranks,

for the more economical versions,

the gradient, super strong, forged aluminium crank,

right up to this SLK carbon crank.

The really clever thing about this,

is you can just move this space around, to run this,

much of the chain ring, on either standard, or boost.

And this is the new Afterburner wheel set.

Its an aluminium rim.

Its got 27 mill internal width.

Straight-pull spokes

that have 20 percent more tension on them,

to make their super-durable wheel set.

Over here,

we've got the K-Force cross country handlebars and stem.

Most of touch is, underneath here,

you've got those slots to run the Di2 cables internally,

into that carbon fibre stem.

We're at Speedplay Company,

well-known for their clipless pedals.

But, this is their flat pedal, the Brass Knuckle.

This has got a 12 millimetre spindle,

compared to the standard 10 millimetres.

So, nice and strong, really low-profile pedal as well,

so you don't hit the full of your feet.

Its definitely got a big, unique platform.

I'm at Topeak, checkin' out their trail tools,

and look at this, I love this thing.

Its called the Ratchet Rocket Lite NTX.

Lovely little thing.

Its a mini-ratchet.

Its got all your Allen keys there.

Lovely little thing to use.

Nice and handy, but very cool as well.

You've got these pre-set torque pieces.

So, you got six newtonmeters, four newtonmeters,

and five newtonmeters, fits into here.

So, you can get your torque set correctly,

even on the trail.

That's it, for the Sea Otter Classic 2017.

So much cool stuff goin' on here.

Click on the GMBN logo, to subscribe!

And click up there, for another tech video from Sea Otter,

if you haven't seen that one already.

And, down there, for Blake's Weird and Wonderful Tech,

it's very entertaining.

Give a thumbs up,

if you've liked our coverage from Sea Otter.

Leave your comments, we'll definitely read 'em.

For more infomation >> So Much Tech! | GMBN At Sea Otter - Duration: 6:04.

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My Favorite YouTube Channels (so far in 2017!) | @laurenfairwx - Duration: 5:31.

So in addition to making videos on

YouTube, I really like watching videos on

YouTube! and I know that there are a lot

of creators out there so it can be

really hard to kind of find content that

you love! somebody might be out there

making videos that are perfect for you

but you might not know what to search

for to find them. so i thought that i

would recommend some of the YouTube

creators that i've been especially

loving lately and maybe you'll find

someone you like give! me a thumbs up if

this is the kind of video that you'd

like to see more often and if you're new

here, don't forget to subscribe to join

my weird, creative, crafty little online

family. I make video blogs talking about

topics that I'm really enthusiastic

about, I make really cute DIY craft

tutorials, mostly sewing tutorials

because I love sewing! and sometimes I

make videos to document my travels. so

this list is in no particular order but I

thought I'd start off with somebody

who's very similar to me in the

enthusiasm department and that is Tessa

Netting! if you think I get excited about

stuff, you should see Tessa's videos. she

is a ball of fire and energy and I love

her. she makes so many videos about harry

potter, at the end of the year she does a

song parody about all the things that

happened during the year. her song from

2016 is from Hamilton. I highly

recommend it. she's just an all-around

sweetheart, she's so talented, and you

should definitely check out her videos

especially if you like mine. next up is

Rikki Poynter! I've been watching her for

a few years now and I love her content.

she's so funny and smart and honest and

I love her. she makes a lot of videos

about being deaf and I have learned so

much from her over the years. she's one

of the reasons why I started taking

captioning my videos much more seriously.

she's done a lot of work communicating

why that is such an important thing for

YouTube creators to do and I highly

recommend that you caption your videos.

she's also really into pokémon, as

am I, and I always love when she makes

pokemon-themed videos. so yes. Rikki

Poynter. highly recommended. next, it's

Akilah! Obviously. Akilah Hughes, she's

hilarious. I laugh so so much when I'm

watching her videos. she's absolutely

brilliant and recently, she even started

making more relaxed vlogs which are

filmed in a very artistic way and I

really really like them. They're

refreshing and they're a nice balance

between her more scripted comedy videos.

So then there's Andrew Huang. high five, Andrew! [high five sound]

Andrew is one of the most versatile,

creative musicians that I've ever seen. I

feel like he's best known for making

music out of items that you traditionally

wouldn't make music out. of he's really

good at making sponsored videos with

products integrated and he's so clever! I

don't even know how to explain to you

how great Andrew is except to tell you

that you need to go and just listen to

something that he's made. I haven't

mentioned this yet, I probably should, but

you can go into the video description

below for a list of links to all of these

channels that I'm mentioning. next up is

LBP! Lauren Dixon-Paver. she makes some

really adorable DIY tutorials and she

has a ton of tutorials on really cute

plushies. I know that a lot of you like

plushies like I do so you should

definitely check out her channel. so the

next one is Free Dad Videos. I found out

about this channel through my friend

Josh who actually knows Matt who makes

Free Dad Videos. funny story, my husband's

name is Matt so we're "Lauren and Matt"

and Josh always talks about "the other

Lauren and Matt" and eventually Josh told

me that "the other Matt" who is married

to "the other Lauren" actually also has a

youtube channel. so, weird. small world. but

Matt makes really funny and really well

produced skits starring his kids and

they are great! they're really into video

games and Star Wars and just, my

nerdy parent heart is so happy whenever

i watch their videos. They've also been

doing some really cute music videos

lately. I tried to pick channels that go

across lots of different genres for this

list, so this next one is a beauty

channel called freshblush! her name is

Erin and she has so much personality. she

does amazing everyday makeup looks as

well as really dramatic costume makeup

that is just gorgeous and I really like

listening to what she has to say. her

voiceovers aren't just about what she's

doing as far as the makeup goes, she

incorporates a lot of really interesting

conversation into her videos and I

really like that about her! the next one

is a booktuber that I just recently

found out about and I've been going

through and watching a bunch of her old

videos and I just think they're great.

her name is Ariel Bissett and she's

really fun to watch! she has a great

on-screen personality and she's so

enthusiastic and passionate about

everything she's talking about. she also

makes zines and so she's done a lot of

really cool DIY videos on how to make

zines, how to carve your own rubber

stamp, and she's just great. and I have

one more to recommend

and her channel is called with

Wendy. she makes and designs her own

clothes and she does some really great

not intimidating, approachable sewing

tutorials. she has a lot of videos on how

to alter existing clothes and also how

to make clothes from scratch. and making

clothes is a project that's been very

intimidating for me for whatever reason.

I sew pretty much every day of my life

but I make accessories and plush toys

and I am just for whatever reason really

scared to make clothing. and watching her

videos is really making me want to at

least give it a try, even if I screw it

up, the least I can do is attempt to do

it. so if you've been thinking about

learning how to sew clothes, definitely

check out her channel. so those are all

of the recommendations that I have for

you today! in the comments below, I would

love if you could recommend some of your

favorite youtubers! I'm always looking

for new people to watch, especially DIY

tutorials and creative video blogs.

there are just so many people doing such

great work out here and I just want more

people to see it! read the video

description below for a list of links to

all of these amazing channels. thanks for

watching and I'll see you soon!

For more infomation >> My Favorite YouTube Channels (so far in 2017!) | @laurenfairwx - Duration: 5:31.

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GZSZ-Nadine Menz: So weit sind ihre Hochzeitsvorbereitungen - Duration: 0:36.

For more infomation >> GZSZ-Nadine Menz: So weit sind ihre Hochzeitsvorbereitungen - Duration: 0:36.

-------------------------------------------

Underboob-Bikini: Kourtney Kardashian, soll das wirklich so? - Duration: 0:41.

For more infomation >> Underboob-Bikini: Kourtney Kardashian, soll das wirklich so? - Duration: 0:41.

-------------------------------------------

Verwandlungsclip: So wird aus Dagi Bee eine Coachella-Queen! - Duration: 0:36.

For more infomation >> Verwandlungsclip: So wird aus Dagi Bee eine Coachella-Queen! - Duration: 0:36.

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Turn-Ass Shania: So gelenkig ist die jüngste Geissens-Tochter! - Duration: 0:38.

For more infomation >> Turn-Ass Shania: So gelenkig ist die jüngste Geissens-Tochter! - Duration: 0:38.

-------------------------------------------

Couple Get Divorced So Their Girlfriend Doesn't Get Jealous: EXTREME LOVE - Duration: 3:55.

For more infomation >> Couple Get Divorced So Their Girlfriend Doesn't Get Jealous: EXTREME LOVE - Duration: 3:55.

-------------------------------------------

Here's why your tax refund is taking so long - Duration: 1:40.

TO PREVENT FRAUD AND IDENTITY

THEFT.

BRIAN BOWLEY PREPARES TAXES AND

EVEN HE HAS BEEN FRUSTRATED

WAITING FOR HIS MONEY BACK

>> WAITING FOR QUITE A WHILE.

WE WAITED FOR SOMETHING LIKE 9,

10 WEEKS FOR IT TO COME.

CYNTHIA: HIS STATE REFUND

ARRIVED SATURDAY.

>> FINALLY.

CYNTHIA: KEN POE RUNS POEMAN'S

TAX PREP.

>> I THINK IT'S RIDICULOUS.

THERE'S NO REASON IT SHOULD TAKE

THIS LONG, NO REASON.

CYNTHIA: PREPARERS TELL ME

THEY'VE BEEN GIVEN NO ANSWERS,

SO SOME QUESTION IF THE STATE IS

HOLDING REFUNDS TO HELP ITS

BUDGET SHORTFALL.

>> IT'S A LOT LIKE BACK IN THE

EARLY 1990'S WHEN THEY SAID, OK,

WE'RE BROKE.

YOU HAVE TO WAIT UNTIL FOR YOUR

JULY 1 REFUND.

CYNTHIA: THE IOWA DEPARTMENT OF

REVENUE, WHERE THE PHONE IS

RINGING OFF THE HOOK, SAYS IT'S

PROTECTING TAXPAYERS FROM FRAUD.

>> WE ARE ASKING PEOPLE TO WAIT

UP TO AT LEAST EIGHT WEEKS FOR

PROCESSING AS WE'RE ADDING

MORE SECURITY CHECKS THIS YEAR

TO MAKE SURE IT'S SAFE FOR

EVERYONE.

CYNTHIA: THEY'RE TAKING DOWN

SIGNS PROMISING YOU'LL GET YOUR

REFUND IN DAYS.

BEHIND THIS DOOR, RETURNS ARE

NOW PROCESSED WITH VERIFICATION

CHECKS TAKING MONTHS.

>> THE FRAUD THAT'S OCCURING IS

THEFT OF SOCIAL SECURITY NUMBERS

BY CRIMINALS WHO THEN FILE

FRAUDULANT TAX RETURNS, CLAIMING

A REFUND, AND SKEDADDLE IN.

CYNTHIA: YOU CAN CHECK THE

DEPARTMENT OF REVENUE WEBSITE TO