wow! amazing chung da transition
awful awful
oke , to the point. What is Anamorphic?
what? anybody know ?
cancel discuss about anamorphic, because everybody know
so in anamorphic history before found anamorphic lens
have a procces name " the procces of anamorphising Optic"
was developed by Henri Chrétien during World War I to provide a wide angle viewer for military tanks
The optical process was called Hypergonar by Chrétien and was capable of showing a field of view of 180 degrees
after war
after war
domestic violence
war with girlfiend, war with wife
this joke is not
the technology was first used in a cinematic
context in the short film Construire un Feu
In the 1920s, phonograph and motion picture pioneer Leon F. Douglass
also created special effects and anamorphic widescreen motion picture cameras.
but this technology is unclear
Anamorphic widescreen was not used again for cinematography until 1952
until finaly Twentieth Century-Fox bought the rights to the technique to create its CinemaScope widescreen technique
For more infomation >> What is Anamorphic ? - Duration: 13:09.-------------------------------------------
President Trump's Muslim Targeted Travel Ban | The Daily Show | United States - Duration: 8:32.
For more infomation >> President Trump's Muslim Targeted Travel Ban | The Daily Show | United States - Duration: 8:32. -------------------------------------------
This Is Us star Chrissy Metz's secret heartbreak over failed marriage - Duration: 2:01.
For more infomation >> This Is Us star Chrissy Metz's secret heartbreak over failed marriage - Duration: 2:01. -------------------------------------------
Improve the relationship with your partner - mr2ndopinion.com - 0046 - Duration: 5:57.
So you want a better relationship with your partner.
How nice of you.
In this video I'm going to give you a reason why peole may break the relationship
It's something that will and can happen to the best of us so prepare and
stay tuned!
Ladies and gentlemen.
So when I was young I use to wake up in the middle of the night
and what I thought was a lumberjack cutting down tree's at 4 am in the morning
but it wasn't really what I thought it was.
It was my overweight mom snoring like crazy
I say overweight because being verweight is a cause of snoring for many people, if you believe i'm shaming my mom on the internet,
no, i'm not, why would i do something like that right, who shames mothers on the internet
So 2 doors down there's a man lying next to her trying to sleep.
I wonder 2 doors down how can earplugs prevent that sound from coming through
So I did some research and found out snoring is a mayor reason why peole break up
well they don't always say it's because of snoring but we all know that
lack of sleep gets us to be easily upset, irritated and sensetive to annoyances
on top of the annoyance of lying awake, you are now sensetive to even more annoyances
I will do a video about how annoyances can ramp up to divorce later this year, something you want to prevent so subscribe
So now you know snoring is a serial killer towards relationships you wonder what
may help Well I have made my decicion on that.
Once I get a house or built a house me and my partner
going to pay extra for a seperate bedroom or guestroom for sure.
Estimates vary, but recent studies and surveys indicate that eveywhere, anywhere from
25 percent to 40 percent of couples are regularly sleeping in separate bedrooms.
I agree with that completely if it was up to me I'd always sleep separatly if I could
Perhaps not on the weekends, but it's doubtful.
Because of my early routine and all the work i have to do in the day, i better have some quality sleep.
cuddeling in the bedroom is something you won't not need to miss, so you can still cuddle up in the bedroom and have quality sleep
you should definitly take it in consideration.
Throw away those negative impacts in life Give it a chance... give your relationship
a healthy smile!
You sleep well and you love each other more You can be nice to each other because you
had a nice night without any annoying sounds "shrieking" from out of one of your mouths. You can be the victim or she can be the victim
Besides that think about the alarm clock... you have to get up at 6 she gets up at 9
Or the other way around... what the F... seriously I hate alarms!
No kidding.
It don't bother me that much anymore but I still hate them!
I'd use to be able to throw those things against the wall.
Now I can ignore them with style I can eliminate them from my life.
I may still here them in the other room but thats
more her problem than mine now.
Haha that gives me a golden idea actually.
An idea, I'm not going to share that today.
:)
So listen up people, it may be more expensive to have 2 bedrooms and you find it less romantic
but go lie in the bed together every night, read together and watch your favorite series.
When one of you decides to go to sleep, go to the other room, problem solved.
Sleeping together is sleeping together, you are not aware unless you wake up by
some wannebe lumberjack or jackette. When you are sleeping your just sleeping it doesn't mather in which bedroom you ARE.
Keep your potency during the day.
Sleep seperatly.
Very snoozing greetings from Mr2ndopinion, byebye
-------------------------------------------
Fun Zone - Duration: 2:56.
If You Like Then Subscribe My Channel
-------------------------------------------
Brother Rasheed : Islam is always in a state of war and they suffer from '' conspiracy theory '' - Duration: 0:58.
The irony is that Muslims say '' that Islam is a religion of peace ! ''
and we want to live in peace and that the WEST and other Non-Muslims are the ones who usually attack us
while you ( Muslims ) have ''Holy ''passages '' show you that you are always in a sate of war with Non-Muslims
and you are always put on stand by for wars
and you live all your lives in wars and you are awaiting wars
then , why do you say that Islam is a religion of peace ?
and you live just to fulfill a delusional prophecy of Muhammad and you say that the prophecy must be fulfilled
'' The last hour would not come until the Romans would land at al-A'maq ''(Sahih Muslim : Book 54, Hadith 44)
so , war became an obsession with you Muslims
and you are like '' we will encounter with the Christians and with the Jews and we will fight against them and we will gain victory over them ''
so , you have been living for the last 1400 years teaching your children all this
and at the end of the day , you say '' that we want to live in peace ? ''
who would believe that ?
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Separation of Mixtures using Different Techniques - OLabs - Duration: 12:23.
Separation of Mixtures Using Different Techniques
Separating funnel
To do this experiment we require: a separating funnel, stand with clamp, mixture of oil and
water, filter funnel, beakers.
Take a filter funnel and place it on the mouth of the separating funnel which is clamped
to a stand. Pour the mixture of oil and water into the
separating funnel through the filter funnel. Oil and water will appear as separate layers.
Remove the filter funnel from the separating funnel and close the separating funnel using
a lid. Take the separating funnel from the stand.
Invert the funnel and shake it gently and slowly open the stopcock of the funnel to
release the pressure inside the funnel. Place the separating funnel in the stand and
allow the two liquids to separate completely. (Oil forms the top layer and water forms the
bottom layer.) Take a beaker and place it below the separating
funnel. Open the stopcock of the separating funnel
and pour out the lower layer of water carefully onto the beaker. Close the stopcock as the
oil reaches the stopcock. Take another beaker and place it below the
separating funnel. Open stopcock and now collect oil from the
separating funnel. The immiscible liquids separate out in layers
depending on their densities. The denser liquid will fall to the bottom
forming the lower layer and the lighter liquid forms the top layer. Water is denser than oil.
Simple distillation
We require a mixture of acetone and distilled water, stand with clamp, heating mantle
porcelain chips. Take a mixture of acetone and distilled water
and pour it into a 250 ml RB flask (distillation flask).
Clamp the RB flask to a stand and place it in a heating mantle.
Take some porcelain chips using a spatula and put it into the RB flask to avoid bumping
while boiling. Connect a distilling head to the RB flask
and a thermometer adapter to the distilling head.
Insert a thermometer though the thermometer adapter.
Connect a water condenser to the outlet of the distilling head.
Connect a vacuum adapter to the water condenser Connect a 100 ml RB flask (receiver flask)
to the vacuum adapter. Take an ice bath and place the RB flask in
the ice bath. Connect a rubber tube between the tap and
the inlet of the condenser to allow the cold water to enter.
Connect another rubber tube to the outlet of the condenser to pour the hot water from
the condenser to the sink. Open the tap so that water flows through the
tube and fills the condenser and then comes out through the outlet.
Set the temperature of the heating mantle to 56°C and heat the mixture to boil.
At 56°C, acetone vaporizes and the vapours pass through the condenser and condensation
occurs. The acetone is collected in the receiver flask in the liquid form.
Water is left behind in the distillation flask. Simple distillation is used for the separation
of a mixture containing two miscible liquids that boil without decomposition and have sufficient
difference in their boiling points. Acetone boils at 56°C and water boils at
100°C.
Fractional distillation
We require a mixture of methanol and ethanol,stand with clamp,
heating mantle and porcelain chips.
Take a mixture of methanol and ethanol and
pour it into a 250 ml RB flask (distillation flask).
Clamp the RB flask to a stand and place it in a heating mantle.
Take some porcelain chips using a spatula and put it into the RB flask to avoid bumping
while boiling. Connect a fractionating column to the RB flask.
Connect a distilling head to the fractionating column and a thermometer adapter to the distilling
head. Insert a thermometer though the thermometer
adapter. Connect a water condenser to the outlet of
the distilling head.
Connect a vacuum adapter to the water condenser.
Connect a 100 ml RB flask (receiver flask) to the vacuum adapter.
Take an ice bath and place the RB flask in the ice bath.
Connect a rubber tube between the tap and the inlet of the condenser to allow the cold
water to enter. Connect another rubber tube to the outlet
of the condenser to pour the hot water from the condenser to the sink.
Open the tap so that water flows through the tube and fills the condenser and then comes
out through the outlet.
Set the temperature of the heating mantle
to 65°C and heat the mixture to boil. At 65°C, methanol vaporizes and the vapours
first rise through the fractionating column and pass through the condenser. Condensation
occurs and methanol is collected in the receiver flask in the liquid form.
Remove the RB flask containing methanol and connect a new RB flask to the vacuum adapter.
Again set the temperature of the heating mantle to 78°C and heat the contents of the RB flask.
At 78°C, ethanol vapourises and the vapours rise through the fractionating column and
pass through the condenser and condensation takes place and ethanol gets collected in
the receiver flask in the liquid form.
Fractional distillation is used for the separation of two or more miscible liquids
for which the difference in boiling points is less than 25K.
Centrifugation
We require milk, distilled water, centrifuge tubes, centrifuge machine
Take a centrifuge and fill 3/4th of it with milk.
Place the centrifuge tube in one of the holes of the rotor of the centrifuge tube.
Take another centrifuge tube and fill 3/4th of it with distilled water.
Place it opposite to the first centrifuge tube to balance the centrifuge machine.
Then close the centrifuge machine and centrifuge the milk for 2 minutes and then stop the machine.
Take the centrifuge tube containing milk from the machine and observe the changes.
The fat rises to the top resulting in a cream layer at the top and skim milk (plasma phase
of milk) at the bottom. The denser particles forced to the bottom
and the lighter particles stay at the top when spun rapidly.
Chromatography
We require a mixture of red and blue inks, distilled water, isopropyl alcohol, Whatman
filter paper strip (20 x 2 cm), capillary tube.
Take a Whatman filter paper strip (20 x2 cm). Draw a line with a pencil above 4 cm from
one end. Draw another line lengthwise from the centre
of the paper and name the point at which two lines intersect as P.
Take a capillary tube. Dip it into the beaker containing a mixture
of red and blue inks and take the mixture using the capillary tube.
Put a drop of the mixture of red and blue inks at the point P.
Allow it to dry in open air. Again take mixture of red and blue inks using
the capillary tube. Put another drop on the same spot and dry
it again so that the spot is rich in mixture. Take 5 ml of distilled water in a measuring
cylinder and pour it into a chromatographic chamber.
Then take 5 ml of isopropyl alcohol in a measuring cylinder.
Pour it into the chromatographic chamber containing distilled water.
Mix the contents of the chromatographic chamber using a glass rod. This mixture is used as
the solvent. Take the filter paper and suspend the filter
paper vertically in the chromatographic chamber containing solvent in such a way that the
pencil line remains about 2 cm above the solvent level.
Close the chamber and keep it undisturbed for some time.
Notice the rise in solvent along with the mixture of red and blue inks.
When the solvent has risen about 15 cm, you will notice two different spots of blue and
red colours on the filter paper. Take the filter paper out of the chamber and
mark the distance that the solvent has raised on the paper with a pencil. This is called
the solvent front. Dry the paper and put pencil marks in the
centre of the blue and red spots. Measure the distance of the solvent front
from the original line and the distance of the two spots from the original line.
Calculate the Rf values of the blue and red inks by using the formula.
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