JAKE ARCHIBALD: Hello, I'm Jake, and I
work in Developer Relations.
This means I live in constant fear
that my developer skills are going to rot
and fall off, because I spend too much time doing stuff
like this rather than building actual real stuff.
This is why when someone in Dev Rel builds a thing,
we won't shut up about it.
It's our proof to the world that we still got it.
We're still cool.
We're still one of you, a developer.
And on that note, look what I made.
It's a little responsive web app that
lets you search for and read Wikipedia articles.
Now I know what you're thinking.
Hasn't this already been created before by Wikipedia?
Well, yes, shut up.
Forget about that.
That's not the point.
I want to talk about performance.
First up, let's immerse ourselves
in the current load time.
Ready, setty, go.
That wasn't so fun.
That was the load time of one of the articles
on a 3G connection.
It's important to watch the 3G load times,
because even though we have 4G now, those users
are on 3G or worse a lot of the time,
a quarter of the time in the US, half the time
in large parts of Europe.
So here's our problem.
We saw 2.7 seconds of nothing and a further 2.1 seconds
of basic interface without meaningful content,
just a toolbar and a spinner.
Even on 5 megabit, we're waiting over two seconds for content.
As users of the web, we know this kind of load time
is a bad experience, but that bad experience directly
impacts download conversions, donation conversions,
and outright revenue.
And there are some studies that you
can throw at the money people to convince them that performance
really does matter.
I'm going to show you how you can slash the load
time of something like this, and we'll
add in some cool new features along the way as well.
So here's the markup, roughly.
It's got CSS, JavaScript, and nothing else.
I'm relying on JavaScript for all my rendering,
which is kind of bad.
So don't do that.
Our initial render is pretty static.
So let's do it without JavaScript.
So we'll add some markup in for the title bar
and mark the JavaScript as async.
Now it won't block rendering, and it will execute
whenever it finishes loading.
Doing this knocks around half a second off our first render
time on 3G.
And the bigger your JavaScript is,
the bigger gains you'll see with this fix.
But we're not done.
We need to prioritize our CSS.
We can't render until all of our CSS is downloaded,
but we only actually need a tiny fraction of it
for the first render.
So we'll do this.
We'll inline the bits for the first render
and then load the rest asynchronously using
JavaScript.
The Filament Group created loadCSS to do just that.
It's a tiny script that you can inline in your page.
So that's what we'll do.
We'll hide our article element so we don't get
a flash of unstyled content.
We'll load our CSS, and once it's ready,
we'll show the article.
This is a huge win for slower connections.
Only 1.4 second of blank screen on 3G,
that's a huge improvement.
And the bigger your CSS is, the bigger gains
you'll see with this fix.
Now, I realize there's been a lot of code and graphs so far,
and that actually goes against the guidance we've
had for creating these videos.
So to address the balance, here are
some pictures I took at a zoo.
[MUSIC PLAYING]
Welcome back.
So we're down to 1.4 second on 3G, but all we've improved
is the time to this, not the actual content.
Let's fix that.
Our bottleneck is once again our JavaScript.
You see, the browser makes a request.
It gets back a page, and that page
tells the browser to go fetch some JavaScript and CSS.
And then that JavaScript tells the browser
to request the article data, which
we get from Wikipedia's API plus a few alterations.
You see the problem?
We've made two back and forths before we even think
about downloading the content.
This is super inefficient and a big problem
with JavaScript-rendered sites, particularly those
created with frameworks as the JavaScript
tends to be pretty big.
Instead, let's render the page on the server.
So the request goes out, we compile the content
on the server, and send back plain HTML.
So how much quicker is that?
It is worse.
Can we cut?
[MUSIC PLAYING]
OK, OK, I figured it out.
Wikipedia is a bit of a bottleneck.
Our API request to them takes around 900 milliseconds.
Probably because Wikipedia contains five billion articles
covering quantum physics, the rule of threes,
and they're being access thousands of times a second.
But you might run into the same problem
with many third-party APIs, maybe even certain database
requests on your own server.
So our server gets the request, it goes off to Wikipedia,
takes that 900 millisecond hit, and only then
does it send stuff back to the client.
In the meantime, the user's left looking at a blank screen.
But there's a better way.
We fix this by streaming the response using chunked encoding
or multiple data frames if you're speaking HTTP/2.
This allows us to start sending the HTML
before we have the whole content.
So we respond immediately with our header and toolbar.
That gets is this fast first render
and lets the browser know about the JavaScript and extra CSS.
Then as we get content back from Wikipedia,
we can transform it and send it on to the browser.
This is quite easy with a no-js or golang backend.
With no-js, I can just call write whenever
I have something worth sending, or I can pipe a stream
to the response.
There's also the Dust.js templating language.
I don't much care for the syntax,
but it supports streaming.
It'll output as much as it can until it
encounters a template value that's
either a promise or a stream.
And then it'll wait for that promise
to fulfill or pipe the stream.
And the result-- we fixed our first render time
and massively improved the content rendering time.
Let's look at that side by side with the first
JavaScript-driven iteration.
We'll set them off at the same time,
and you can see the difference.
We are now web performance winners.
[MUSIC PLAYING]
But wait, what about the second load with our populated cache?
Currently cache load times are not
dissimilar to normal load times.
Our bottlenecks are making a request
to the server and the server getting data from Wikipedia,
and that's the best case.
We cannot rely on the browser cache for performance.
Stuff falls out of the browser cache all the time,
or we as developers invalidate it by making code changes,
because that's our job.
Also, there's a connection type we haven't catered for.
No, not offline, this.
I call it Lie-Fi.
Offline?
Offline is OK.
At least it's honest.
Can I fetch this?
No.
Can I go here?
No.
Can I do this?
No.
Lie-Fi is like offline, but it trolls you
by pretending to be online.
It'll attempt to make a connection for minutes
and still fail.
Let's fix this.
Let's take control of the cache and page loads
using Service Worker.
Now I'm not going to dive into the ServiceWorker API.
There's an HTML5 Rocks article for that.
But here's the concept.
During the first server-rendered load,
we register for a ServiceWorker.
Then it gets everything it needs from the network
to render a page-- the CSS, JavaScript, and basic page
shell.
Then it puts them in a cache.
Now, unlike the standard browser cache,
items aren't automatically removed from this one.
For the next page load, we're going
to go back to rendering on the client,
but this time, it's supercharged by the ServiceWorker.
The browser requests an article, and the ServiceWorker
responds with the HTML, CSS, and JavaScript,
and this is super fast as it doesn't
require the network at all.
The connection type doesn't even matter.
It's all from a local cache.
Now the page asks for article content.
This delay made our client render slow before,
but the ServiceWorker preempted this request along
with the initial page, and it's already on its way.
This absolutely slashes our first render time
to almost instant, but our content render time kind of
suffers.
Remember the problem we saw with our first server render?
Well, we've kind of just recreated that on the client.
Our JavaScript pulls down the full Wikipedia article
before it puts it on the page.
We're losing time here, because we've got some content,
but we're not showing any of it to the user.
Over the next year, you'll see a new API learn to fix all this--
the Streaming API.
Parts of it are landing in Canary already
so we can make some use of it.
Here I fetched the article, but instead
of getting the full text, I get a screen reader
and start siphoning off the content as it arrives.
I write the result once when I have to first 9K,
and then I write again once I have to rest.
Writing it to your HTML twice like this is kind of hacky,
but as streaming APIs land in the browser,
we'll get access to the proper streaming HTML parser.
But even this hacky solution has improved things.
We've retained the quick first render,
but now our content render is much better.
But now that we have a ServiceWorker,
we can make even greater use of it.
The final step-- if we've got ServiceWorker caching assets,
why not let it cache articles?
You could cache articles automatically,
but I'm going let--
[DING]
--the user decide.
With a full cached article, the content load time
drops into under a half a second.
Not only that, it's that fast on Wi-Fi, it's that fast offline,
and it's that fast on Lie-Fi.
We don't leave users with old content either.
When the user looks at a cached article,
we can then go to the network in the background
and look for updates.
If we find some, we can just update the content on the page.
[DING]
When swapping content on the page,
we need to ensure it's not disruptive to the user.
Wikipedia changes are usually small so it isn't particularly
risky here, but we could detect bigger changes in content
and instead show a notification inviting the user
to click something in order to see the updates.
These are the things that make the difference between a web
app and a great web app-- get to first render before JavaScript,
render with minimal inline CSS, render
on the server with response streaming,
leverage the ServiceWorker for caching your content shell,
and even use it for offline first content.
This is how we make the web fast.
You can check out the Wikipedia demo on GitHub,
and if you're interested in other smart uses
of ServiceWorker, check out the offline cookbook,
SVGOMG, Trained to thrill, and the Google I/O website.
And next time someone from Dev Rel
shows you something they've made, give them a hug
and tell them they're a true developer just like you.
Seriously, we need this.
[MUSIC PLAYING]
For more infomation >> Supercharging page load 100 Days of Google Dev (10/100) - Duration: 11:04.-------------------------------------------
The National for April 30, 2017 - Duration: 1:00:04.
For more infomation >> The National for April 30, 2017 - Duration: 1:00:04. -------------------------------------------
Geometry: Measurement of Angles (Level 2 of 9) | Classifying Angles - Duration: 5:46.
Measurement of Angles Level 2 In this video we go over how to classify angles
by sizes.
In geometry angles are classified into six categories according to their measures.
An acute angle is an angle whose measure is greater than 0 degrees and less than 90 degrees,
the angle shown can be classified as an acute angle.
Acute angles are the smallest, being between but not including zero and 90 degrees.
A way to remember what acute angle look like is by remembering that small things tend to
be cute.
The word acute comes from the Latin word "acutus" which means "sharp or pointed".
Let's take a look at the next angle.
A right angle is an angle whose measure is 90 degrees.
The angle shown can be classified as a right angle.
Notice that a right angle is indicated by the square corner placed in the angle.
This symbol will be used throughout this course to label right angles.
So never assume that an angle looks right unless stated otherwise.
Right angles are one of the most common angles in geometry this is why it has its own symbol.
Notice that if an angle is labeled with this symbol the angle measure in degrees is usually
omitted.
This symbol is also used to describe a special type of intersection between two lines, when
two lines form a right angle they are said to be perpendicular.
We will go over perpendicular lines in greater detail in a much later video, for now it is
sufficient to understand that perpendicular lines form right angles.
So the rays or line segments that form a right angle are also said to be perpendicular, sometimes
the word orthogonal and normal are also used to describe lines that form right angles,
in this course we will use perpendicular.
Let's take a look at the third type of angle.
An obtuse angle is an angle whose measure is greater than 90 degrees and less than 180
degrees.
The angle shown can be classified as an obtuse angle.
The word obtuse comes from the Latin word "obtusus" which means "blunt".
You can think of an obtuse angle as an angle that is greater than a quarter revolution
around a circle and less than half a revolution around a circle.
Let's take a look at the next angle.
A straight angle is an angle whose measure is 180 degrees.
Notice that a straight angle forms a straight line.
The angle shown can be classified as a straight angle.
Either side of a straight angle could be considered to be the interior or exterior of the angle.
This angle is also referred to as a flat angle since the sides of the angle are pointing
in opposite directions.
The two sides form a single straight line through the vertex of the angle.
The last two angles are rarely used in geometry but we will go over them so that you can be
acquainted with them.
A reflex angle is an angle whose measure is greater than 180 degrees.
This angle is denoted by a curved arrow that starts on one side and rotates on the other
side of the angle.
In this course unless a curved arrow is included as shown, we will assume that the angle is
not a reflex angle.
As mentioned in the previous video, we will mainly be dealing with angles that measure
between 0 degrees exclusive and 180 degrees inclusive this means that when we refer to
an angle without qualifying it, we will assume that we are referring to the smallest angle,
unless we specify that it is a reflex angle.
The final angle is called a full angle.
A full angle is an angle that measures exactly 360 degrees; this angle is not widely used.
If you continue to increase a ray or line segment of an angle counterclockwise one complete
revolution until it coincides with the other ray or line segment then we say that the measure
of the angle is 360 degrees.
One can also argue that this is the same as an angle that measures 0 degrees.
The first 4 types of angles are most commonly used in a first course in geometry and this
will be the case for this course.
In general you should become familiar and have a sense of how the various angle measures
look like when measured in degrees.
You should be able to recognize the following common angles on sight and be able to sketch
them yourself.
These angles include 0 degrees, 30 degrees, 45 degrees, 60 degrees, 90 degrees, 135 degrees,
180 degrees, 225 degrees, 270 degrees, and 315 degrees.
These angles will be extremely important to know later on in this course and in future
math courses.
Alright in our next video we will go over the parts of a degree, and congruent angles.
-------------------------------------------
Clinton track & field stars make college decisions - Duration: 1:00.
O COMES AT THE NUMBER OF 10
SPOT -- COMES AT THE NUMBER 10
SPOT AND 42ND OVERALL.
WINNERS OF FOUR STRAIGHT TRACK
AND FIELD TITLES,
IT'S USUALLY CLINTON'S GIRLS
TRACK AND FIELD SQUAD
GETTING THE ATTENTION.
FRIDAY MORNING THOUGH, THREE OF
THE BOYS
INKED WITH SCHOOLS, BRINGING T
TOTAL TO FIVE FOR BOTH TEAMS.
CHRIS CARTER HEADED TO ARKANSAS
STATE.
ANTONIO ROBBINS AND BRIAN
TRUDELL WILL SPEND THE NEXT TWO
YEARS AT HINDS COMMUNITY
COLLEGE.
>> I AM EXCITED.
IT IS A BLESSING.
NOT MANY HAVE THIS OPPORTUNITY
AND I AM BLESSED TO SAY I CAN GO
AND RUN IT THE NEXT LEVEL.
I AM PART OF THIS TEAM AND I CAN
CONTRIBUTE TO IT.
I KNOW WE HAVE BEEN WORKING HARD
AT PRACTICE EVERY DAY.
JOSH: THIS BRINGS THE TOTAL TO
24 FOR ATHLETIC SCHOLARSHIPS
-------------------------------------------
Watch your local evening forecast on KSBW 04.30.17 - Duration: 4:36.
>> NOW, KSBW WEATHER WITH
METEOROLOGIST FERDINAND HOLUM.
FERDINAN THIS IS A TIME LAPSE
I SHOT THIS MORNING.
I WANT TO DIRECT YOU TO THE LOW
FOG AND CLOUDS.
WATCH HOW THE FOG GOES OUT TO
SEE AND THEN IT COMES RIGHT AT
YOU ON THE SANTA CRUZ BOARDWALK.
AND THEN IT STARTS GOING THE
OTHER WAY.
FINALLY, THEY ARE CLEARED ON OUT
OF HERE.
WE ARE LEFT WITH A BEAUTIFUL
SUNNY DAY.
LOOK AT THAT, A 45 DEGREES
SPREAD IN SCOTTS VALLEY FROM
THIS MORNING TO THIS AFTERNOON.
SAME DEAL IN BOULDER CREEK.
COMFORTABLE AT THE BEACHES.
MONTEREY PENINSULA, A MIX.
SOME LOW-TO-MID 60'S, EVEN A 74
CARMEL.
IN THE SALINAS VALLEY, VERY
COMFORTABLE.
IN SALINAS, 73.
LOW-TO-MID 80'S IN THE SOUTHERN
HALF OF THE VALLEY AFTER LOWS IN
THE 40'S.
FAIRLY CHILLY TO START THE DAY.
BY THE END OF THE AFTERNOON,
WARM.
HIGH PRESSURE IN CONTROL.
LOW 80'S FOR THE SOUTHERN HALF
OF THE SANTA CLARA VALLEY.
HERE IS A VIEW FROM SKYCAM 8
MONTEREY.
BEAUTIFUL SHOT OUT THERE.
, WHEN.
NO FOG IN THIS SHOT.
THERE MAY BE A COUPLE PATCHES
DEVELOPING OVERNIGHT, BUT IT
WON'T LAST LONG.
TEMPERATURES RIG NOW, LOW 60'S
AND EVEN A 70 DEGREE READING FOR
WATSONVILLE RIGHT NOW.
A COUPLE 80'S FOR GILROY AND
HOSPITAL -- HOLLISTER.
GENERAL WIND PATTERN IS OUT OF
THE NORTH, MAY NORTHEAST AS WE
GO THROUGH THE OVERNIGHT HOURS.
THAT IS THE STORM WE WERE
TALKING ABOUT.
SNOW IN THE ROCKIES.
DENVER HAD A FEW INCHES.
ALTHOUGH TORNADOES IN THIS
SECTION ARE GOING TO THE NORTH
AND IT WILL WEAKEN.
FOR US, HIGH PRESSURE IN
CONTROL.
SUNNY AND WARM AND IT IS GOING
TO STICK AROUND A FEW DAYS.
IT WILL BE COOLER AT THE COAST,
ESPECIALLY THE PENINSULA.
WE COULD SEE SOME 80'S IN SANTA
CRUZ.
HERE IS MICROCAST.
EIND --WIN GENERALLY OUT OF
THE NORTH AND NORTHWEST.
THEN THEY TURN EASTERLY.
BUT IF THE WARM WIND, ESPECIALLY
IN THE AFTERNOON.
WE GET A LITTLE BIT OF A SEA
BREEZE IN THE AFTERNOON.
WHEN WE START TH MORNING AND GO
THROUGH THE AFTERNOON WITH THOSE
OFFSHORE WINDS, IT IS GOING TO
BE A WARM DAY, ESPECIALLY THE
AFTERNOON AND ESPECIALLY INLAND.
THESE WILL CONTINUE THROUGH
WEDNESDAY AND THEN WE WILL START
TO SEE A PATTERN SHIFT.
IF YOU'RE HEADED UP TO SAN
FRANCISCO TOMORROW, MID 70'S IN
THE CITY.
LOW 80'S AROUND THE SOUTHERN
HALF OF THE BAY.
SANTA CLARA VALLEY, ANOTHER
LOVELY DAY.
PUSHING 90 IN HOLLISTER.
MID-80'S FOR GILROY AND MORGAN
HILL.
IN THE SALINAS VALLEY, UPPER
70'S, LOW 80'S.
MONTEREY, IF YOU LIKES COOLER
WEATHER, THIS IS THE PLACE TO
BE.
BEAUTIFUL ON THE MONTEREY SPANOS
UP TOMORRO -- MONTEREY
PENINSULA TOMORROW.
PUSHING 90 IN THE HILLS.
CLOSER TO THE BEACHES, LOW 80'S.
FANTASTIC BEACH WEATHER THE NEXT
COUPLE OF DAYS.
WE PEEK AT THE COA TUESDAY
INTO WEDNESDAY, AND THEN WE
START TO GET THE FOG BANK BACK
INTO PLACE.
I HAVE CLOUDS AND THEREFORE NEXT
SUNDAY.
I DON'T HAVE ANY RAIN DROPS IN
THERE.
THERE IS ONE SYSTEM THAT COULD
BRING US SHOWERS, BUT STILL FAR
ENOUGH OUT AND THERE IS ENOUGH
MODEL DISAGREEMENT TO CALL FOR
ANY RAIN.
LOOK AT THAT, AND 90'S.
THEN WE COOL THINGS DOWN INLAND.
CAITLIN: BEAUTIFUL.
IT IS NOT ALWAYS LIKE THIS FOR
MARATHON WEEKEND.
A LOT OF DIFFERENT THINGS CAN
HAPPEN.
PEOPLE WERE COMING BACK.
IT WAS SO NICE.
THEY WERE COMING BACK SUNBURN.
-------------------------------------------
Step by Step Crochet Washcloth Charm - Duration: 23:50.
Hello guys on video lesson today we will learn to perform in this beautiful washcloth
crochet that may also be being used such as pot rest or Sousplat which is
used to place dishes and cutlery upon usually is made when several
parts are given the American game name in if the pan rest and the Sousplat
Ideally perform the number of string Four is what I'm using this
video lesson is if you are playing games of room wipes with five pieces like
It is normally done you may be using wire Anne Clea wire or may be using
Polypropylene line is that line and satin which is generally the most used
but it is at the discretion of each one here in this washcloth on last round blank before
to be amended flowers we have ninety eight high points and it will be necessary to divide
the points to be able to amend the ten flowers as the amount is not divisible by ten
what we then do we let's jump eight spaces seven highlights
and two spaces six highlights this as we are mending the flowers just so
staff will work ok then let's start our video lesson.
With the white wire I'll make here a ring magic I'll let the short piece in front
Long ago I will turn the wire between my two fingers playing back'll put
the needle below the wire here to bring the wire He is back in front going this way
now here I climb three little chains one chain on a high point two three out
this will work twenty-one points high total twenty-two made a point
high two three four five I'll finish the others and once you are ready I return.
Here I finished the my twenty-two points high will pull the wire to leave the waiting I
I'll take the short wire'll pull it up close all my ring getting this way now
we will continue our career I will here at the first point where we started
three little chains tell a little chain two in the third will insert the needle and
fasten with a very low point following we'll climb a chain on two three
another to turn will lasso the wireless skip no point going to work here a point
high climb a necklace again tie wire without skipping any point make another point
high again a necklace loop wire without skipping any point work another point
high we'll work that way for all around career without skipping any point
We make a high point a necklace a point high and a necklace to complete the career
ending I return to you.
Here finished the career worked twenty and two high points without skipping any point
I base a high point interspersed with a necklace and here at last climbed one
current and here at the first point of the three little chains will skip a two in the third
I will insert the needle and will herein fasten with a slip stitch will now climb a
two three little chains a high point did above the highest point of base now here in
handle of a little chain will work two highlights a high point two loop wire
I will next base point make a point high above the wire loop on the handle of a will
chain on two work highlights one two wire loop will next point
base work up getting a high point this loop forms the wire work two points
high one two going towards here next point-based work a high point above
we will always work that way until arriving at the beginning where we go here
cast off with a slip stitch finishing this return part with you.
Here I finished another career worked sixty-six and highlights here early
where we did the three little chains that equivalent to a high point we will tell
a necklace two in the third I will introduce Here the needle and fasten with a slip stitch
I will now go up a necklace Two Three Above a necklace to turn
I will lasso the wire skip a base point will next here I do a high point above
climb a necklace loop wire jump a point high base will next make another point
high above climb again a necklace Loop the wire leaping high point base will
next do another high point above and we're working that way for all
Career back to finalize and reach here where we started the first point
and we cast off here with a slip stitch and after a while we return to this part
ready.
Once completed career did here the last high point and a necklace we
skip a base point in the first point here where did the three little chains we
tell a two in the third over here we fasten with a very low point and above
that point here base we will work three little chains one two three one point
high following we will work on handle of a chain on two high points
a high point two then we will work a high point above the highest point base
Loop the wire will the handle of a necklace do two more highlights do next
and a high point above the handle of a necklace again I will make two high points one two
high point above the base another high point we're working that way for all
Career back to finish here where we hold with a slip stitch and hence
the little we return.
Here finished the last blank career I worked here ninety-eight highlights
arrematei already got the wire cut and hid on the reverse of our order now we will
start running our flower'll get the pink wire will put a needle ringlet
and we'll come up here six little chains one two three four five six will enter
the first chain on the needle started to and I will cast off here with a slip stitch
we'll work double highlights will up a necklace Two Three Four one
Double high point separating a necklace will hold the wire between the ring Here we
working hiding it below and we'll lasso the wire twice lacei one I will introduce two
the needle holding the yarn in this way will get the wire back there will lasso and cast off the
two loop arremato two and tie arremato two will go up a necklace of separation
lacing wire twice'll pick up the thread there back and I will lasso the two ringlet of a
time loop arremato again two loop arremato two more will make a necklace
separation will lasso the wire twice get the wire back there arremato tie two
lace and lace and two arremato arremato more two separation make a necklace
we'll work that way throughout around the career of sixteen times will
be sixteen double highlights four little chains and will be interspersed with a
in each chain on a personal ok here we we will work until the end of this form are
sixteen double highlights interspersed with a necklace I'll finish this part
and return to you already with her ready.
Here I finished my sixteen highlights double interspersed with a necklace already
arrematei wire cut and hid in reverse my core now I'll take the white wire
we will put a needle ringlet I'll get my piece here I introduce
any core needle handle and I here to do a low point will go up now
a necklace two three will attach the handle with a low climb again three little chains
one two three will next hold handle with a low again one two three
little chains will next hold handle with a low will rise again one
two three little chains will next handle hold with a low climb one two three
little chains and will next hold handle with a low point we will work for
five times five handles three little chains here I'll get up a necklace to
WS WS white piece to introduce the needle at any point and will fasten
here with a very low point will go up now a necklace will go here in the kernel in
will handle grip with a low point will pull the wire here to show you getting
this way we will continue now I will go up reverse a necklace will in part with WS
leap a base point will next hold with a slip stitch climb a necklace
the core back attach the handle with a point getting stuck down this way at two points
and staying with a separation point in the middle continuing we will now climb a little chain
two three will next hold handle with a low point we're working this
way to end all coming handles here at the end we will finish off with a
very low point I will finish this part I will work all around and getting ready
I return to you.
Well folks here I submitted the amendment of our flower arrematei already cut the cord and hid
on the reverse of our order now here in the White we will amend nine flowers counting
with this is ten recalling that will be eight seven spaces high points of separation
and two spaces six highlights for power work out the ninety-eight high points as
is not divisible by ten is ten flowers we had to do so remembering
which are eight spaces seven highlights and two six highlights now here I
I have a finished part with five handles three little chains will go up a necklace
turning the piece here I will tell you two here in the third loop will place the back part
with inside out and I will cast off here with a point very low'll go up a necklace will
Here in the core in the next loop will hold with a low point will go up a necklace
again going back in bloom across and fasten the handle will here with a point
very low I'll climb a chain on back in Part crumb here next handle
and hold with a low here in bloom We mend already we have a three strap
little chains I'll repeat it on this side three little chains and will also next
loop and will hold with a low now we will initiate the amendment of the play here
blank and we will first climb a little chain here we will jump six basis points
underneath and on top and sides will be Seven separation in the case will be four
on one side and four on the other I will tell here one two three four five six on the seventh
point here I will put back with the inside out introducing needle part here and will fasten
with a very low point will go up a necklace I will come back here in the next core handle
I will hold with a low will rise again a necklace in the blank will leap
a base point will now next and here arremato with a very low point will go up
now a necklace again will next crumb strap attach to a low point will
climb a three two little chains and will in next hold handle with a low we
Working this way until finish there across the flower remembering that we
we will work all around I will leave a flower without amend to finish with you mending
this and ending this part I return with you for us to continue.
Well folks here I submitted the amendment of the nine flowers and now we'll finish mending
the last here in the core worked only three three little chains handles will climb a
little chain to start turning the piece we here the flower tell a handle on two third
I will put averse to averse introduce needle bind off and we here with a point
very low'll go up a necklace we Here in the core next handle and we hold
here with a low point that we made up a necklace let the flower on the other side
the next loop and we cast off here with a very low point climb a necklace
back here in the core next hold handle with a low point here the handle will rise
one two three here will hold the handle with a low point will go up a necklace will
here on the blank piece we'll jump seven Highlights here will tell a high point
two three four five six seven on the eighth Here I will insert the needle and thereby
we will now cast off with a slip stitch I have done it will go up a necklace go here
in crumb handle and attach with a low now I will go up a necklace now I
skip a base point next will cast off here with a slip stitch I will'll go up
a necklace again getting that way we will jump seven basis points before
and here are six are six points that we let's skip down as much on the
up as I said before continuing here we're now in the core of the handle here next
we will hold with a low will up a necklace and now we're going up
two more little chains totaling three will here the handle and attach with a low
I'm going up a necklace again we here next flower see that we have
here three handles we will hold the second here and now we'll skip here a handle
the second will enter the needle and will fasten here with a very low point will climb a
come here chain on the handle hold the crumb with a low climb a necklace again
let the flower next handle and we will introduce Here the needle and holding point with a very low
I climb a necklace back here in the core and hold the next strap with a low
I will rise now one two three little chains Here I will hold the handle with a low
and we will work this way until finish career coming here we will hold
with a slip stitch in the end I'll finish this part and I'll be back with you with our
work already done.
Good staff completed our video lesson today and I hope you enjoyed
remembering that the washcloth she can crochet It is used as Sousplat to be putting
plates and cutlery on a table or mounted you They may also be doing as rest
pot is at the discretion of each ok good staff I hope you enjoyed
this video lesson is liked there click on Channel liked to share this video in
Social networks and who is not enrolled enroll in the Canal to be getting power
video lessons updates and do not forget activating the bell to be getting power
warnings in your emails ok good staff for today is only until the next video lesson.
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How to Make the Beautiful Flowers With Play Doh -Learn of Color Flowers Play Doh - Creative For Kids - Duration: 14:16.
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हरी मिर्च का आचार बनाने की आसान विधि | Instant Green Chilli Pickle Recipe | SHELLY'S KITCHEN - Duration: 4:56.
200 grams green chilies - washed and soaked
75 grams mustard oil
6-7 teaspoon vinegar
1 1/2 teaspoon salt
1 teaspoon turmeric powder
1/2 teaspoon asafoetida
1/2 teaspoon nigella seeds/ mangraila
1 large spoon cumin seeds
1/2 teaspoon celery
3 teaspoons fennel
1 large black mustard grain
1 teaspoon fenugreek seeds
1 tbsp coriander seeds
cut green chilies as shown
heat pan on medium heat
fennel
black mustard seeds
fenugreek seeds
coriander seeds
cumin seeds
celery
roast for a minute
now turn the heat off, set aside and let cool
pour it in a grinding jar and grind.
add mustard oil
add prepared mixture and mix well
nigella seeds
turmeric powder
salt
asafoetida
mix well
add mustard oil and mix well
transfer it to a pickle container
Green Chili Pickle is ready
don't forget to click on SUBSCRIBE
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สุ่มกินข้าวแบบมึน ๆ ร้าน Zuzu Ochazuke Bar ย่าน Shinjuku ♡ Misasaki in Wonderland - Duration: 7:06.
For more infomation >> สุ่มกินข้าวแบบมึน ๆ ร้าน Zuzu Ochazuke Bar ย่าน Shinjuku ♡ Misasaki in Wonderland - Duration: 7:06. -------------------------------------------
How to get rid of Dry Cracked Heels Fast Using Natural Home Remedies - Duration: 4:09.
Hello, Thank you for stopping by!
Subscribe to Amazing Tips 4 U and hit the bell button to watch all our latest videos
first.
In today's video, we'll get to know the best home remedy for cracked heels.
Cracked heels are a very common problem and can range in severity from a cosmetic issue
to a painful problem if not taken seriously.
the 2 main causes of cracked heels are Diabetes and obesity.
However, Cracked heels can occur for a number of other reasons like dehydration or not drinking
enough water, not moisturizing your feet, taking very hot showers, soaking in a hot
bath for too long or too frequantly,using harsh or drying soaps on your feet and scrubbing
of the feet almost everyday.
Now, let's get to know the best home remedy to get rid of cracked heels right away.
We'll be needing half a teaspoon of glycerin, half to one teaspoon of lemon juice and half
to one teaspoon of rose water.
Now, lets see how to prepare this wonderful home remedy to get rid of cracked heels.Squeeze
in some juice from half a lemon, Lemon has natural acids that help to exfoliate dead
skin cells.
Let me remind you again, do SUBSCRIBE to Amazing Tips 4 U and never miss out any of our latest
videos.
Now add half a teaspoon of glycerin.
Due to its moisturizing and humectant properties, Glycerin works as a great remedy to get rid
of cracked heels.
And finally add around half to 1 teaspoon of rose water.
Rose water has anti inflammatory properties that can help reduce the redness of irritated
skin.
It also provides Vitamin A,B3,C,D and E which moisturizes and prevents bacterial infection.
Apply this healing solution on the Cracked heels at night , wash off in the morning to
discover you soft and smooth heels.
Before applying this mix, soak your feet in lukewarm water for about 10 minutes and use
a pumice stone to scrub away the dead skin cells.
This will help in healing the condition of rough cracked heals, since glycerin is a sticky
substance , you can wear a pair of woolen socks to avoid staining the sheets.
If you're unable to leave the mix overnight, then you can leave it for half an hour, and
then wash it off with normal tap water.
Nutritional deficiency can also lead to dry and cracked heels, so it is important to consider
some changes in your daily food habits, so lets have a look at them.
Vitamin A is very important and rejuvenating in maintaining a healthy skin tissue.
It promotes healthy cell division and sloughing off dead skin cells which lead to smooth skin,
include vitamin A rich foods like Carrots,Eggs,Milk,Orange and green vegetables.
Include Vitamin E rich foods that protects skin from harmful free radicals and maintain
the skin cells healthy.
Vitamin rich foods include nuts, fortified foods and whole wheat foods.
Zinc rich foods like sea food help in cell division ,healthy growth of skin tissue and
healing.
This helps to prevent dry skin and cracked heels and finally drink plenty of water to
maintain a soft,supple and hydrated skin.
Alright guys, Try this DIY to get rid of cracked heels and prepare to pamper your soft and
smooth heels.
mmm, Useful and easy DIY right??? then give it a thumbsup and share with your friends
and show them you care for them.
Subscribe to Amazing Tips 4 U and stay tuned, Take Care, Bye Bye
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5 Tricks to Help You Lose Fat Faster - Duration: 3:27.
5 Tricks to Help You Lose Fat Faster
Getting rid of excess fat is usually difficult and takes a long time.
We at Bright Side found 5 simple tricks that will surely help you to reach your goal faster.
1.
Water
Make sure you drink enough water.
It helps your body flush away waste and stay at the right temperature.
Dehydration makes it hard for the body to control its temperature and burn stored fat
since it uses that fat to stay in balance.
Here are the best times to drink water: Drink a glass of warm water first thing when
you wake up in the morning.
Room-temperature water before meals.
When exercising, drink a glass of fresh water half an hour before exercise, a sip every
15 minutes during the activity, and one more glass at the end.
Fill your stomach with water when you have food cravings.
If you feel thirsty, it is a symptom of dehydration, so drink as much water as you want.
Drink cold water at midmorning and midafternoon to expend energy.
Drink a glass before going to bed.
This keeps your metabolism going and prevents heart problems.
2.
Carbohydrates
Switching to a low-carb diet will help you burn fat because you�ll be taking a decreased
amount of insulin, which is also a fat-storage hormone.
Choose carbohydrates that have a low or medium glycemic index, such as:
Fruits Raw oats
Pasta, rice, and brown bread The amount should be half a cup and only one
serving a day.
3.
Dumbbells
A fast metabolism means burning more calories and more pounds.
The best way to speed up your metabolism and tone your body is a good workout.
Adding some dumbbells to your fitness routine will make the workout more effective and help
your metabolism stay in a higher gear for hours after you exercise.
4.
Proteins
Amino acids are the key to muscle tissue development.
The foods with the highest amount of amino acids are those that are highest in protein.
If you want to burn fat, it is essential to include a high-protein food at each meal,
without overdoing it.
The best sources of protein are: Boiled eggs
Fish such as salmon, mackerel, sardines, and tuna
Turkey and chicken breast Fat-free red meat
Dairy products such as cottage cheese or yogurt Quinoa
5.
Fats
It may sound strange, but your body needs fats to produce the hormones that make you
burn fat: testosterone and growth hormones.
However, not all fat is the same.
The key is to replace bad fats with good fats.
Forget burgers and fries � your diet should only include healthy fats that can be found
in: Canola, olive, sunflower, and corn oils
Avocado Tuna, salmon, and sardines
Walnuts, almonds, and hazelnuts Eating a lot of saturated fat can increase
the cholesterol in your blood, but it doesn�t mean that you have to remove saturated fat
from your diet completely if it comes from sources such as:
Eggs Meat
Peanut butter Coconut oil
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Uncovered Cigarette Stomach Remedy With Effective Lemon Crust - Duration: 24:13.
Uncovered Cigarette Stomach Remedy With Effective Lemon Crust
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