oh that is so cool what’s up guys welcome back for another beautiful day
welcome back for another beautiful day
welcome back for another beautiful day of experimenting in this video we’re
of experimenting in this video we’re
of experimenting in this video we’re going to revisit a failed experiment
going to revisit a failed experiment
going to revisit a failed experiment from before and turn it into a success
from before and turn it into a success
from before and turn it into a success now I’ve noticed in my last couple of
now I’ve noticed in my last couple of
now I’ve noticed in my last couple of videos the comments have been blowing up
videos the comments have been blowing up
videos the comments have been blowing up with people asking me to put liquid
with people asking me to put liquid
with people asking me to put liquid nitrogen in a vacuum chamber
nitrogen in a vacuum chamber
nitrogen in a vacuum chamber you probably remember we did this in a
you probably remember we did this in a
you probably remember we did this in a previous video and we didn’t have any
previous video and we didn’t have any
previous video and we didn’t have any success at all no matter how long we
success at all no matter how long we
success at all no matter how long we round the vacuum pump or how hard we
round the vacuum pump or how hard we
round the vacuum pump or how hard we tried we just could not get the nitrogen
tried we just could not get the nitrogen
tried we just could not get the nitrogen to freeze but today is going to be
to freeze but today is going to be
to freeze but today is going to be different because today I guarantee
different because today I guarantee
different because today I guarantee success now I have to admit that the
success now I have to admit that the
success now I have to admit that the first time we tried putting liquid
first time we tried putting liquid
first time we tried putting liquid nitrogen into a vacuum chamber I really
nitrogen into a vacuum chamber I really
nitrogen into a vacuum chamber I really thought it was going to freeze I didn’t
thought it was going to freeze I didn’t
thought it was going to freeze I didn’t see any reason why I wouldn’t because
see any reason why I wouldn’t because
see any reason why I wouldn’t because there’s plenty of videos online of
there’s plenty of videos online of
there’s plenty of videos online of people getting it to work all the way
people getting it to work all the way
people getting it to work all the way from science laboratories to vacuum
from science laboratories to vacuum
from science laboratories to vacuum chamber channels to Cody’s lab so when
chamber channels to Cody’s lab so when
chamber channels to Cody’s lab so when we experienced such catastrophic failure
we experienced such catastrophic failure
we experienced such catastrophic failure I was very discouraged and wondered why
I was very discouraged and wondered why
I was very discouraged and wondered why so here’s what I did I reached out to my
so here’s what I did I reached out to my
so here’s what I did I reached out to my friend Cody from Cody’s lab to see what
friend Cody from Cody’s lab to see what
friend Cody from Cody’s lab to see what suggestions he had and he said the
suggestions he had and he said the
suggestions he had and he said the problem was this thing right here look
problem was this thing right here look
problem was this thing right here look how big this cookie jar is look how much
how big this cookie jar is look how much
how big this cookie jar is look how much volume it takes up and look at the size
volume it takes up and look at the size
volume it takes up and look at the size of our vacuum pump this container with
of our vacuum pump this container with
of our vacuum pump this container with this pump just doesn’t work the theory
this pump just doesn’t work the theory
this pump just doesn’t work the theory is that our little vacuum pump just
is that our little vacuum pump just
is that our little vacuum pump just can’t pump fast enough to keep up with
can’t pump fast enough to keep up with
can’t pump fast enough to keep up with the size of this jar so the solution
the size of this jar so the solution
the size of this jar so the solution really is as simple as grabbing a
really is as simple as grabbing a
really is as simple as grabbing a smaller jar so a big shout out to my
smaller jar so a big shout out to my
smaller jar so a big shout out to my friend Cody from Cody’s lab for the
friend Cody from Cody’s lab for the
friend Cody from Cody’s lab for the suggestion on using a smaller jar
suggestion on using a smaller jar
suggestion on using a smaller jar because today we’re going to put that to
because today we’re going to put that to
because today we’re going to put that to the test and it’s going to work
so here we are guys I just took a
so here we are guys I just took a Styrofoam cup filled up with liquid
Styrofoam cup filled up with liquid
Styrofoam cup filled up with liquid nitrogen and got myself one of these
nitrogen and got myself one of these
nitrogen and got myself one of these little wine glasses I’m going with the
little wine glasses I’m going with the
little wine glasses I’m going with the wine glass because got a nice large base
wine glass because got a nice large base
wine glass because got a nice large base and should help keep the nitrogen
and should help keep the nitrogen
and should help keep the nitrogen insulated and high up off the ground now
insulated and high up off the ground now
insulated and high up off the ground now Before we jump into trying to make this
Before we jump into trying to make this
Before we jump into trying to make this work I want to quickly address some of
work I want to quickly address some of
work I want to quickly address some of the comments I saw the last time we
the comments I saw the last time we
the comments I saw the last time we attempted making this work some people
attempted making this work some people
attempted making this work some people thought the reason it wasn’t working is
thought the reason it wasn’t working is
thought the reason it wasn’t working is because we actually need to add pressure
because we actually need to add pressure
because we actually need to add pressure rather than reduce it that would
rather than reduce it that would
rather than reduce it that would actually have the opposite effect than
actually have the opposite effect than
actually have the opposite effect than you think it would and I’ll tell you
you think it would and I’ll tell you
you think it would and I’ll tell you about it in just a minute but first
about it in just a minute but first
about it in just a minute but first let’s get to pouring our nitrogen so the
let’s get to pouring our nitrogen so the
let’s get to pouring our nitrogen so the nitrogen is in our cup and I think just
nitrogen is in our cup and I think just
nitrogen is in our cup and I think just to cool down this container I’m going to
to cool down this container I’m going to
to cool down this container I’m going to add a splash of nitrogen to the jar
add a splash of nitrogen to the jar
add a splash of nitrogen to the jar itself we don’t want to freeze the glass
itself we don’t want to freeze the glass
itself we don’t want to freeze the glass we just want to cool down the atmosphere
we just want to cool down the atmosphere
we just want to cool down the atmosphere inside it stuff that’s just going to
inside it stuff that’s just going to
inside it stuff that’s just going to help the atmosphere and the cookie jar
help the atmosphere and the cookie jar
help the atmosphere and the cookie jar cool down a little bit so it’s not quite
cool down a little bit so it’s not quite
cool down a little bit so it’s not quite as warm so our glass is cooled down you
as warm so our glass is cooled down you
as warm so our glass is cooled down you can see it’s about halfway full we’ll
can see it’s about halfway full we’ll
can see it’s about halfway full we’ll just top it up a little bit more and
just top it up a little bit more and
just top it up a little bit more and we’re going to set that down inside and
we’re going to set that down inside and
we’re going to set that down inside and you can see I got lucky because the top
you can see I got lucky because the top
you can see I got lucky because the top of this glass is just barely understood
of this glass is just barely understood
of this glass is just barely understood level of our proto potti there which
level of our proto potti there which
level of our proto potti there which means we can stick this thing on top now
means we can stick this thing on top now
means we can stick this thing on top now right now what’s happening is the
right now what’s happening is the
right now what’s happening is the nitrogen is boiling it’s actually
nitrogen is boiling it’s actually
nitrogen is boiling it’s actually turning into a gas and it’s creating
turning into a gas and it’s creating
turning into a gas and it’s creating pressure and if I were to hold this
pressure and if I were to hold this
pressure and if I were to hold this thing on hard enough it would actually
thing on hard enough it would actually
thing on hard enough it would actually create a gas that wants to escape too
create a gas that wants to escape too
create a gas that wants to escape too much pressure and the container would
much pressure and the container would
much pressure and the container would explode if I open this valve here you
explode if I open this valve here you
explode if I open this valve here you can actually feel the nitrogen vapor
can actually feel the nitrogen vapor
can actually feel the nitrogen vapor pushing out and building pressure
pushing out and building pressure
pushing out and building pressure because that gas is expanding so rapidly
because that gas is expanding so rapidly
because that gas is expanding so rapidly we need a vacuum pump you that can suck
we need a vacuum pump you that can suck
we need a vacuum pump you that can suck it in faster than its expanding but in
it in faster than its expanding but in
it in faster than its expanding but in this case where I’ve got a smaller
this case where I’ve got a smaller
this case where I’ve got a smaller vacuum pump we should be able to achieve
vacuum pump we should be able to achieve
vacuum pump we should be able to achieve the same effect by using a smaller
the same effect by using a smaller
the same effect by using a smaller container at least that’s the theory all
container at least that’s the theory all
container at least that’s the theory all right so we’ve got our valve set this
right so we’ve got our valve set this
right so we’ve got our valve set this one is open so it can draw a vacuum and
one is open so it can draw a vacuum and
one is open so it can draw a vacuum and this one is closed to prevent any air
this one is closed to prevent any air
this one is closed to prevent any air from getting in so now all we have to do
from getting in so now all we have to do
from getting in so now all we have to do is fire up the vacuum pump let it suck
is fire up the vacuum pump let it suck
is fire up the vacuum pump let it suck out all the nitrogen vapor and then give
out all the nitrogen vapor and then give
out all the nitrogen vapor and then give it about a minute to react
all right here we go game on you see it
all right here we go game on you see it starts pulling the vacuum right away
starts pulling the vacuum right away
starts pulling the vacuum right away we’re already about almost 15 inches of
we’re already about almost 15 inches of
we’re already about almost 15 inches of mercury and the nitrogen actually starts
mercury and the nitrogen actually starts
mercury and the nitrogen actually starts accelerating in the way that it boils it
accelerating in the way that it boils it
accelerating in the way that it boils it actually boils more rapidly what’s
actually boils more rapidly what’s
actually boils more rapidly what’s happening now is all the energetic
happening now is all the energetic
happening now is all the energetic molecules in there are being released
molecules in there are being released
molecules in there are being released and pulled out of the nitrogen and what
and pulled out of the nitrogen and what
and pulled out of the nitrogen and what that’s doing is making the nitrogen
that’s doing is making the nitrogen
that’s doing is making the nitrogen itself actually colder and if we pull
itself actually colder and if we pull
itself actually colder and if we pull out enough of those vibrating molecules
out enough of those vibrating molecules
out enough of those vibrating molecules it should get to the point where it
it should get to the point where it
it should get to the point where it actually freezes 21 inches of mercury
actually freezes 21 inches of mercury
actually freezes 21 inches of mercury and I’m thinking we should start seeing
and I’m thinking we should start seeing
and I’m thinking we should start seeing something happen in the next few seconds
something happen in the next few seconds
something happen in the next few seconds there look at that the nitrogen has gone
there look at that the nitrogen has gone
there look at that the nitrogen has gone completely quiet and the top layer just
completely quiet and the top layer just
completely quiet and the top layer just froze yeah yes that is often so right
froze yeah yes that is often so right
froze yeah yes that is often so right there about 22 inches of mercury is
there about 22 inches of mercury is
there about 22 inches of mercury is where we start seeing the frozen
where we start seeing the frozen
where we start seeing the frozen nitrogen that’s really cool guys about
nitrogen that’s really cool guys about
nitrogen that’s really cool guys about 22 inches of mercury and we saw the top
22 inches of mercury and we saw the top
22 inches of mercury and we saw the top layer start to freeze and then kind of
layer start to freeze and then kind of
layer start to freeze and then kind of exploded and then refroze and exploded
exploded and then refroze and exploded
exploded and then refroze and exploded and refroze again you’ll notice the
and refroze again you’ll notice the
and refroze again you’ll notice the whole thing didn’t freeze it was just
whole thing didn’t freeze it was just
whole thing didn’t freeze it was just the top layer and everything underneath
the top layer and everything underneath
the top layer and everything underneath it was still liquid but if we let it run
it was still liquid but if we let it run
it was still liquid but if we let it run long enough we can actually extract
long enough we can actually extract
long enough we can actually extract enough heat energy to turn the whole
enough heat energy to turn the whole
enough heat energy to turn the whole thing into nitrogen snow so right now
thing into nitrogen snow so right now
thing into nitrogen snow so right now we’re about 20 almost 22 inches of
we’re about 20 almost 22 inches of
we’re about 20 almost 22 inches of mercury and we should see you can see
mercury and we should see you can see
mercury and we should see you can see the the liquids gone completely calm
the the liquids gone completely calm
the the liquids gone completely calm it’s stopped boiling and now if you
it’s stopped boiling and now if you
it’s stopped boiling and now if you watch very carefully
you see the whole top layer crystallized
you see the whole top layer crystallized oh that is so cool it’s got this amazing
oh that is so cool it’s got this amazing
oh that is so cool it’s got this amazing cycle of freezing and then it explodes
cycle of freezing and then it explodes
cycle of freezing and then it explodes then freezes and explodes again but
then freezes and explodes again but
then freezes and explodes again but that’s not even the cool part we are
that’s not even the cool part we are
that’s not even the cool part we are just getting started
just getting started
just getting started so I’ve had this thing running for about
so I’ve had this thing running for about
so I’ve had this thing running for about three minutes now you can see the top
three minutes now you can see the top
three minutes now you can see the top layer of the nitrogen is completely
layer of the nitrogen is completely
layer of the nitrogen is completely frozen but everything underneath it is
frozen but everything underneath it is
frozen but everything underneath it is still liquid now if we keep letting this
still liquid now if we keep letting this
still liquid now if we keep letting this run long enough we should be able to get
run long enough we should be able to get
run long enough we should be able to get the entire solution to freeze into a
the entire solution to freeze into a
the entire solution to freeze into a glass full of nitrogen snow and that is
glass full of nitrogen snow and that is
glass full of nitrogen snow and that is my goal for this project today you want
my goal for this project today you want
my goal for this project today you want to kind of want to do is switch glasses
to kind of want to do is switch glasses
to kind of want to do is switch glasses and keeping it freeze that quicker next
and keeping it freeze that quicker next
and keeping it freeze that quicker next turn the top for a second okay watch
turn the top for a second okay watch
turn the top for a second okay watch this it looks grateful
that’s pretty huh alright this is where
that’s pretty huh alright this is where the magic happens it’s gonna look really
the magic happens it’s gonna look really
the magic happens it’s gonna look really cool you feel that’s just boiling like
cool you feel that’s just boiling like
cool you feel that’s just boiling like crazy the nitrogen is going nuts oh here
crazy the nitrogen is going nuts oh here
crazy the nitrogen is going nuts oh here we go it was start and see it freeze
we go it was start and see it freeze
we go it was start and see it freeze cool that looks really cool you can
cool that looks really cool you can
cool that looks really cool you can actually see the layer of ice floating
actually see the layer of ice floating
actually see the layer of ice floating on the top there and you can see it
on the top there and you can see it
on the top there and you can see it still bubbling up from underneath
still bubbling up from underneath
still bubbling up from underneath because digging down now and extracting
because digging down now and extracting
because digging down now and extracting any energetic molecules and allowing
any energetic molecules and allowing
any energetic molecules and allowing them to escape and as it starts doing
them to escape and as it starts doing
them to escape and as it starts doing that we’ll see that layer of ice begin
that we’ll see that layer of ice begin
that we’ll see that layer of ice begin to thicken and start freezing from the
to thicken and start freezing from the
to thicken and start freezing from the top down
[Music]
[Music] we’re getting pretty close to the bottom
we’re getting pretty close to the bottom
we’re getting pretty close to the bottom there and what I’m noticing is the ice
there and what I’m noticing is the ice
there and what I’m noticing is the ice freezes it actually moves upward as well
freezes it actually moves upward as well
freezes it actually moves upward as well because I think you know somehow I
because I think you know somehow I
because I think you know somehow I wouldn’t say it’s adding air to the
wouldn’t say it’s adding air to the
wouldn’t say it’s adding air to the mixture but the way it’s freezing the
mixture but the way it’s freezing the
mixture but the way it’s freezing the crystal structure is expanding so you
crystal structure is expanding so you
crystal structure is expanding so you can actually see it’s rising up hmm that
can actually see it’s rising up hmm that
can actually see it’s rising up hmm that is really cool so guys we did it
is really cool so guys we did it
is really cool so guys we did it we actually froze our liquid nitrogen
we actually froze our liquid nitrogen
we actually froze our liquid nitrogen completely solid it’s at the point now
completely solid it’s at the point now
completely solid it’s at the point now where there’s no more liquid the whole
where there’s no more liquid the whole
where there’s no more liquid the whole glass is completely full of nitrogen
glass is completely full of nitrogen
glass is completely full of nitrogen snow and nothing is moving any longer I
snow and nothing is moving any longer I
snow and nothing is moving any longer I have to wipe down the sides of the glass
have to wipe down the sides of the glass
have to wipe down the sides of the glass because the chamber is cold enough that
because the chamber is cold enough that
because the chamber is cold enough that the moisture in the air is condensing to
the moisture in the air is condensing to
the moisture in the air is condensing to it making it difficult to see in but I
it making it difficult to see in but I
it making it difficult to see in but I think it’s very apparent from this angle
think it’s very apparent from this angle
think it’s very apparent from this angle we have just frozen liquid nitrogen what
we have just frozen liquid nitrogen what
we have just frozen liquid nitrogen what you’re looking at here is solid nitrogen
you’re looking at here is solid nitrogen
you’re looking at here is solid nitrogen which is very very cool now watch what
which is very very cool now watch what
which is very very cool now watch what happens if I close this valve and turn
happens if I close this valve and turn
happens if I close this valve and turn off the pump you can see it maintains a
off the pump you can see it maintains a
off the pump you can see it maintains a vacuum pressure if I wipe this down so
vacuum pressure if I wipe this down so
vacuum pressure if I wipe this down so you can get a better look you can see it
you can get a better look you can see it
you can get a better look you can see it still stays in its snowy state as long
still stays in its snowy state as long
still stays in its snowy state as long as there’s a little bit of pressure but
as there’s a little bit of pressure but
as there’s a little bit of pressure but you got to remember the nitrogen is
you got to remember the nitrogen is
you got to remember the nitrogen is still warming up and as it warms up it’s
still warming up and as it warms up it’s
still warming up and as it warms up it’s going to release gas which increases the
going to release gas which increases the
going to release gas which increases the pressure which is going to make this
pressure which is going to make this
pressure which is going to make this thing liquify over time yeah you can
thing liquify over time yeah you can
thing liquify over time yeah you can already see it’s starting to warm up the
already see it’s starting to warm up the
already see it’s starting to warm up the liquid is starting to boil at the bottom
liquid is starting to boil at the bottom
liquid is starting to boil at the bottom again and this was with nothing
again and this was with nothing
again and this was with nothing happening the vacuum pumps not running
happening the vacuum pumps not running
happening the vacuum pumps not running I’m not letting any air in this is just
I’m not letting any air in this is just
I’m not letting any air in this is just it’s sitting by itself so right now
it’s sitting by itself so right now
it’s sitting by itself so right now we’re literally melting nitrogen ice
we’re literally melting nitrogen ice
we’re literally melting nitrogen ice cubes a little bit easier than the last
cubes a little bit easier than the last
cubes a little bit easier than the last time we tried it oh yeah there goes
still looks a little bit slushy over
still looks a little bit slushy over here I’m going to get that back into a
here I’m going to get that back into a
here I’m going to get that back into a nice form so I’ve just closed the valve
nice form so I’ve just closed the valve
nice form so I’ve just closed the valve and I’ve turned off the vacuum pump now
and I’ve turned off the vacuum pump now
and I’ve turned off the vacuum pump now over time it will warm up it will begin
over time it will warm up it will begin
over time it will warm up it will begin to melt but watch how dramatic the
to melt but watch how dramatic the
to melt but watch how dramatic the change is if we open the valve and let
change is if we open the valve and let
change is if we open the valve and let all the air rush back in holy heck Wow
all the air rush back in holy heck Wow
all the air rush back in holy heck Wow okay so I’m going to let the air in a
okay so I’m going to let the air in a
okay so I’m going to let the air in a little bit too quickly they created a
little bit too quickly they created a
little bit too quickly they created a vortex and all the nitrogen went spewing
vortex and all the nitrogen went spewing
vortex and all the nitrogen went spewing but you can see it turned from ice to
but you can see it turned from ice to
but you can see it turned from ice to liquid in a fraction of a second let’s
liquid in a fraction of a second let’s
liquid in a fraction of a second let’s try that again but this time let’s let
try that again but this time let’s let
try that again but this time let’s let the air in a little bit slower so we can
the air in a little bit slower so we can
the air in a little bit slower so we can actually watch the nitrogen melt okay
actually watch the nitrogen melt okay
actually watch the nitrogen melt okay set this guy off here we go
set this guy off here we go
set this guy off here we go [Music]
as absolutely beautiful look how cold
as absolutely beautiful look how cold that god that was amazing guys like when
that god that was amazing guys like when
that god that was amazing guys like when we let the pressure and you could
we let the pressure and you could
we let the pressure and you could actually see the ice melting and the
actually see the ice melting and the
actually see the ice melting and the slower we did it the slower we could get
slower we did it the slower we could get
slower we did it the slower we could get it to melt and now we’re left with is
it to melt and now we’re left with is
it to melt and now we’re left with is this super cold liquid nitrogen and this
this super cold liquid nitrogen and this
this super cold liquid nitrogen and this stuff is really special because it’s
stuff is really special because it’s
stuff is really special because it’s actually colder than regular liquid
actually colder than regular liquid
actually colder than regular liquid nitrogen for example we take this cup
nitrogen for example we take this cup
nitrogen for example we take this cup here we pour in regular liquid nitrogen
here we pour in regular liquid nitrogen
here we pour in regular liquid nitrogen you can see it jumps up to a roaring
you can see it jumps up to a roaring
you can see it jumps up to a roaring boil
boil
boil even after it cools the glass down it
even after it cools the glass down it
even after it cools the glass down it boils dramatically but the stuff we just
boils dramatically but the stuff we just
boils dramatically but the stuff we just pulled out of the vacuum chamber is
pulled out of the vacuum chamber is
pulled out of the vacuum chamber is completely quiet it’s completely still
completely quiet it’s completely still
completely quiet it’s completely still not moving at all that’s because this
not moving at all that’s because this
not moving at all that’s because this liquid is actually colder than the
liquid is actually colder than the
liquid is actually colder than the boiling point of nitrogen how cool is
boiling point of nitrogen how cool is
boiling point of nitrogen how cool is that so here we are guys we have
that so here we are guys we have
that so here we are guys we have successfully created solid nitrogen
successfully created solid nitrogen
successfully created solid nitrogen right in the comfort of our own home and
right in the comfort of our own home and
right in the comfort of our own home and we learned a few things as we did we
we learned a few things as we did we
we learned a few things as we did we started this experiment a couple months
started this experiment a couple months
started this experiment a couple months ago and we tried putting liquid nitrogen
ago and we tried putting liquid nitrogen
ago and we tried putting liquid nitrogen in a vacuum chamber but unfortunately we
in a vacuum chamber but unfortunately we
in a vacuum chamber but unfortunately we couldn’t get it to freeze but in the
couldn’t get it to freeze but in the
couldn’t get it to freeze but in the comments section of that video some of
comments section of that video some of
comments section of that video some of you inspired me to either use a larger
you inspired me to either use a larger
you inspired me to either use a larger vacuum pump or a smaller container so in
vacuum pump or a smaller container so in
vacuum pump or a smaller container so in this experiment we went to a smaller
this experiment we went to a smaller
this experiment we went to a smaller container and we found that it worked
container and we found that it worked
container and we found that it worked not only did we get the surface of the
not only did we get the surface of the
not only did we get the surface of the nitrogen to freeze but we froze the
nitrogen to freeze but we froze the
nitrogen to freeze but we froze the entire cup we discovered nitrogen goes
entire cup we discovered nitrogen goes
entire cup we discovered nitrogen goes through some interesting changes as it
through some interesting changes as it
through some interesting changes as it freezes as well once it freezes it seems
freezes as well once it freezes it seems
freezes as well once it freezes it seems to explode back into a liquid and then
to explode back into a liquid and then
to explode back into a liquid and then refreeze once again but after repeating
refreeze once again but after repeating
refreeze once again but after repeating this cycle a few times we saw that all
this cycle a few times we saw that all
this cycle a few times we saw that all the liquid did eventually freeze we
the liquid did eventually freeze we
the liquid did eventually freeze we learned that this happens because as you
learned that this happens because as you
learned that this happens because as you reduce the pressure around the nitrogen
reduce the pressure around the nitrogen
reduce the pressure around the nitrogen itself all the molecules with the most
itself all the molecules with the most
itself all the molecules with the most energy are free to leave and of course
energy are free to leave and of course
energy are free to leave and of course by allowing the warmer molecules to
by allowing the warmer molecules to
by allowing the warmer molecules to escape only the colder ones are left
escape only the colder ones are left
escape only the colder ones are left behind causing the liquid to freeze we
behind causing the liquid to freeze we
behind causing the liquid to freeze we also saw that if we stop drawing a
also saw that if we stop drawing a
also saw that if we stop drawing a vacuum for a long enough period of time
vacuum for a long enough period of time
vacuum for a long enough period of time the nitrogen would warm back up create
the nitrogen would warm back up create
the nitrogen would warm back up create pressure and melt back into a liquid the
pressure and melt back into a liquid the
pressure and melt back into a liquid the same thing was true if we opened the
same thing was true if we opened the
same thing was true if we opened the valve and let the air come back into the
valve and let the air come back into the
valve and let the air come back into the container the nitrogen ice melted pretty
container the nitrogen ice melted pretty
container the nitrogen ice melted pretty much at the same rate we let the
much at the same rate we let the
much at the same rate we let the pressure back in and one final
pressure back in and one final
pressure back in and one final observation we made with the liquid
observation we made with the liquid
observation we made with the liquid nitrogen that comes out of the vacuum
nitrogen that comes out of the vacuum
nitrogen that comes out of the vacuum chamber is actually colder than liquid
chamber is actually colder than liquid
chamber is actually colder than liquid nitrogen on its own because it’s
nitrogen on its own because it’s
nitrogen on its own because it’s actually cooled down well below its
actually cooled down well below its
actually cooled down well below its boiling point and of course I want to
boiling point and of course I want to
boiling point and of course I want to give a big shout-out to our friend Erin
give a big shout-out to our friend Erin
give a big shout-out to our friend Erin Greenham who is one of hundreds of
Greenham who is one of hundreds of
Greenham who is one of hundreds of people asking for this experiment
people asking for this experiment
people asking for this experiment Erin you can go check your youtube inbox
Erin you can go check your youtube inbox
Erin you can go check your youtube inbox because I’m sending a twenty five bucks
because I’m sending a twenty five bucks
because I’m sending a twenty five bucks so there you have it guys now you know
so there you have it guys now you know
so there you have it guys now you know how to freeze liquid nitrogen using
how to freeze liquid nitrogen using
how to freeze liquid nitrogen using common materials and things we made
common materials and things we made
common materials and things we made around
around
around thanks for joining for this experiment
thanks for joining for this experiment
thanks for joining for this experiment thank you so much for your requests I’ll
thank you so much for your requests I’ll
thank you so much for your requests I’ll be looking for you in the next video
be looking for you in the next video
be looking for you in the next video talk you that what is the good pull
talk you that what is the good pull
talk you that what is the good pull absolutely nothing
absolutely nothing
absolutely nothing whoa
”
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