00:02I have been thinking about the same things in our future.
00:05I was thinking about how much of this life is going to be in the future.
00:08But when we were thinking about this,
00:11I am thinking about how many things are going to be in this world.
00:13Why do I have to say that it's science?
00:15Now I am asking about questions about this matter.
00:18How do I find this matter?
00:19I am looking at this matter,
00:20I am looking at the matter,
00:22the matter is how many things are going to be in the future.
00:26I am looking at the nature of the body.
00:27I have to say that the nutrients are used in this nutrient and the nutrients are used in this water.
00:32And the other one is used in the water.
00:34There is no answer right here.
00:37But what I tell you is this matter is that it is the highest of the nutrients and the nutrients.
00:42And that is why we are in a different way,
00:44the nutrients are used in the nutrients and nutrients.
00:49And that is why we are in this science.
00:51In our way, it is not our lining.
00:52That is why we are using the barbecu.
00:56This is the theme of beauty, not sunken.
00:58This is the theme of beauty.
01:03We have a natural level to obtain.
01:07We have to prepare the elements for hydrogen.
01:08If we don't have oxygen, we try to do the environment with hydrogen.
01:11If we don't need oxygen, we try to do the environment with oxygen,
01:14we actually try to stick along with carbon dioxide.
01:17With oxygen, we try to increase up the energy out of oxygen,
01:19and we can't improve it.
01:20There is no harmful You can improve the channel with oxygen.
01:23We try to strengthen the oxygen.
01:25Even the most important part of which we do
01:25Now, we have to make a process that we have to make the same piece, the structure, the shape, the
01:33structure and the shape
01:34This is the same thing
01:37So, in our opinion, we have to make this skeleton as well
01:44In this science, we have to make a piece of a piece, a piece of a piece
01:50In this case, we have to make a piece of carbon
01:52There is a ton of carbon dioxide.
01:54Other than all, it's only a ton of carbon dioxide.
01:59The carbon dioxide has our own carbon dioxide.
02:11It's a ton of carbon dioxide.
02:18It's like a carbon dioxide percentage.
02:22We are going to have to have the carbon dioxide percentage in our atmosphere.
02:22We have to have to have 0.004.
02:25The other two are carbon dioxide percentage.
02:27The other one is hydrogen, gas, and other two.
02:31But that's why we are doing this.
02:32It's a big deal.
02:35It's a big deal.
02:35We've had a big deal.
02:38It's a big deal.
02:39We've got a big deal.
02:40It's almost zero.
02:42It's only zero.
02:45So it's not only zero.
02:45It's just zero.
02:45Pretty much.
02:47So now it's not even zero.
02:47We've got to do this.
02:48This is a carbon dioxide effect, and this is a carbon dioxide effect.
02:52In my opinion, the carbon dioxide is 0.04% of the carbon dioxide,
02:57and the carbon dioxide is rising.
03:00Now, I will tell you,
03:04that carbon dioxide is a small amount of carbon dioxide.
03:07I've added carbon dioxide,
03:10and it's a story of the carbon dioxide.
03:12This is the industrial revolution,
03:15they're just the carbon spike and carbon dioxide
03:18we've already said that
03:21we're so happy to do this
03:23we've got a job
03:24I have to say that
03:26I'm a job of a job
03:27and I'm a job of a job
03:29so I'm a job of a job
03:29and I'm a job of a job
03:31for a job
03:36and I'm a job
03:39and I'm a job
03:41and I'm a job
03:44.
03:45the co2 is in the ecosystem where the carbon dioxide and the carbon dioxide is in the ecosystem.
03:50We learn the best thing about this product,
03:53the product is the product which we need to use a large amount of carbon dioxide.
03:59It's called carbon dioxide.
04:02It's called carbon dioxide and is in the sub-carbon population.
04:04It's called the product of the product.
04:07This product is called oxygen.
04:09It's called chemical reaction.
04:11There are also the microscopic pores in the stomach.
04:16That is why we can put the microscope here.
04:19If we look at the roots, we will see the roots.
04:23We can see the roots in the roots or roots in the roots.
04:30That's why they look at the roots in the upper region.
04:33It's not like the roots of carbon dioxide.
04:36We have to get the roots of our reaction.
04:38The water comes to a fire.
04:40It is the fire of the fire.
04:42The fire is produced all the fire.
04:46It is the fire, the fire has been created.
04:49It is видеotradamus, so it is made.
04:52The fire can be made out of the fire.
04:52The water may be created on the fire.
04:55The fire starts with the fire.
04:59We can get out of the fire.
05:03The fire can be created.
05:05And the energy of this energy is split.
05:10This is the first time to apply chlorophyll.
05:13We are able to study chlorophyll with sunlight and heat.
05:19We are excited to get the electrons.
05:20This is the whole thing split.
05:22We are able to split H2O.
05:24We are able to split H2O.
05:25We are able to split H2O.
05:29નુસકં નોહરિનુ નોંરહ નસહન્યનુ નુસંરજિન નુસહરાહને નોહળળનુંં નોહંસહે નોહારણયનુમ નોહોનુસં ન
05:59They are using the glucose to the overall growth of the glucose.
06:05It uses the glucose to the overall growth of the glucose.
06:09In the middle of the glucose, they are making the glucose.
06:10You can see the glucose from the glucose.
06:17As the glucose is using the glucose to the glucose.
06:24It is used to be in this glucose.
06:26This process is called carbon fixation.
06:30This carbon fixation is called rubisco.
06:37This is called carbon fixation.
06:43Atmosphere, it is called CO2.
06:45It is called CO2.
06:48It is called carbon fixation.
06:52It is called carbon fixation.
06:52I think we know the use of carbon fixation.
06:55The carbon fixation is also called carbon fixation.
07:01The carbon fixation is changed.
07:03But there are found carbon fixation.
07:05This is also called carbon fixation.
07:08Look at this davon you can be as modified for carbon fixation.
07:17This is the one that we have in the previous video.
07:18We have a few cycles of carbon cycles.
07:20We have to control the cycle cycle.
07:23We are working with a few cycles.
07:24We do a lot of cycles.
07:24The first thing is water cycle.
07:26We have to go to the site.
07:29We can apply the fire.
07:31We have to go to the site.
07:31We have to go to the site.
07:32We have to go to the site.
07:33We have to go to the site.
07:35This is the first cycle.
07:41I think it is simple.
07:43and the carbon dioxide is destroyed and the garbage is run.
07:47That's how the carbon dioxide is cut right out.
08:03This is what is carbon cycle.
08:08The microbes are decomposed and mixed in carbon and CO2.
08:17The wine is used as a brewery as a brewery.
08:21It's not a gas.
08:25It's not a carbon dioxide.
08:28The carbon cycle is a few years old.
08:31The carbon cycle is a few years old.
08:39It's also an area.
08:40The carbon dilemmas of carbon foles is an area.
08:46Life is a landscape.
08:48It is the house, so it's the one who is a land.
08:52It's the carbon canyon of carbon foles.
08:54It's not a natural climate.
08:58It's a natural climate.
08:59It's a natural climate.
09:03It's just a simple life.
09:08It's a great thing.
09:10It's a great thing.
09:10We can have some very good things.
09:15We have a great thing.
09:20We have a life span.
09:22We can cut the thing.
09:24We can do microbes and microbes.
09:28We can do oxygen in carbon.
09:31We can get CO2.
09:33We can do CO2.
09:35We can do CO2.
09:36it's a very real story, and it's the carbon cycle.
09:39After that, it's the complex cycle of forming the cycle.
09:44This cycle has evolved.
09:46The cycle has evolved from this cycle.
09:50The cycle has evolved from this cycle.
09:51It's interesting.
09:55But when the cycle has become decomptured,
09:59the cycle has evolved from this cycle.
10:08that we have to preserve our own
10:10we have to share our own energy
10:17This is the first time we have to talk about the carbon forest period.
10:22We don't need energy in this country.
10:26We don't need energy to have a good energy.
10:29This energy is in the industry revolution.
10:35We have to talk about the industry revolution.
10:37We have to talk about the energy in this country.
10:40all the energy is free
10:42now we have to talk about energy
10:44we have to talk about energy
10:46we have to talk about energy
10:52we have to talk about energy
10:55before we talk about energy
10:57now that we are living in the 30s
10:58and the carbon earth
11:02energy has only been used in the environment
11:05all the energy we have to talk about
11:07That's the energy we have in this time.
11:11We have to get a simple idea that we have to get a little energy and a little carbon.
11:18We have to get a little water.
11:20I think that we have to get a little water.
11:26We have to get a little water.
11:30We have to get a little water.
11:35They are very sourpots and they're also very sourpots.
11:44They are very sourpots and they are very sourpots.
11:50Those are very sourpots.
11:52They're very sourpots.
11:53They can have an advantage of the sugar.
11:55The sugar is very sourpots.
12:02They are sourpots.
12:05It is a hard wood. It is a hard wood.
12:09It is a hard wood.
12:11It is a hard wood.
12:16We are able to use the process of oil.
12:23We are able to use oil extract.
12:24We use oil to use oil.
12:26We use oil to convert oil.
12:30We use oil to convert oil.
12:32So, what we have in a plant is called a low-end energy.
12:39We use oil to plant oil.
12:42We use oil to plant oil.
12:44We use it as a plant.
12:46We use it as a plant.
12:48We use it as NPK.
12:52We use it as organic and chemical.
12:56I hope you all enjoy what you want to eat in the morning.
13:01Come on, I'll be happy to eat in the morning.
13:05If you like, I'll be happy to eat in the morning.
13:13That's all the micronutrients.
13:16We've got 100 kilograms of carbon.
13:23We've got a lot of carbon.
13:28We've got a lot of carbon.
13:30We've got a lot of nutrients.
13:33We've got a lot of minerals.
13:35We've got a lot of nitrogen, phosphorus, magnesium, potassium, etc.
13:39It's genomic water actually.
13:39This is the stellt value we've got.
13:42We just kinder down a bit.
13:44We've got a lot of violet,これ
13:47archery create the main phenomena in our veins. Never
13:50focus today. It
14:04means there are some nutrients.
14:06The nutrients are in the body, because we are using the stars and the story of the story.
14:13But the nutrients are very important.
14:17The other function of nitrogen is used.
14:24Nitrogen is rich and rich.
14:27The growth is very vigorous.
14:30The growth is very important.
14:33The plant is converted to the nitrogens.
14:42The nitrogen is a source of nitrogen.
14:45The nitrogen can be used with the nitrogen.
14:59Atp is called adenosine, triphosphate, a molecule, and our energy currency.
15:04At this time, every human body comes from ATP.
15:11At the time of energy currency, it is a good thing.
15:14At this time, I have a currency currency.
15:18At this time, I am living in ATP.
15:21At this time, I am going to use my hands.
15:26At this time, I am living this way.
15:28I will not share my hands.
15:29In the world I was living the energy production itself.
15:34At the time of energy, the energy currency is not that.
15:37At this time, I am having ATP,
15:39I am getting ATP for years.
15:42Because I need to spend more money with ATP,
15:43you might be taking more money at this time.
15:46I am living at ATP, and I am living at ATP.
15:47Our average energy currency is not that.
15:52The energy flow in our life and the circuits are different.
16:02Atp is the energy.
16:06Atp is the form of ATP.
16:18Atp is the magnesium.
16:20magnesium we have taught magnesium is used in chlorophyll
16:23and potassium is used in all over cell function
16:28the potassium is used in all over cell function
16:30potassium is used in this essential nutrients
16:33as well as natural growth and matter of story
16:39because of the overall performance
16:42if we have a life or life, we will be able to find our customers
16:48and we will be able to find our customers, and to give our customers
16:51I am afraid of the things we are familiar with
16:53I am afraid of sunlight, and other nutrients
16:55I am afraid of the essential nutrients
16:57and when I am afraid of the carbon dioxide
16:59In this case, I was learning the mechanics of this
17:03I was learning a sort of a body that I can't find
17:06I am aware of this
17:10This is a big issue.
17:11I've read this subject.
17:13I really like that.
17:15If you want to, you're Mr. том, you're my husband and I've been reading the subject,
17:24you know, I was thinking about the fact that you have been doing this.
17:25I know, we've been doing this event.
17:29What is this event?
17:31It has a greenhouse effect.
17:35The machines are not available.
17:41The machines are not available.
17:45We are using solar cells.
17:50We are using the green house gases.
17:56I am a friend who has a tree as a tree.
17:58I am a friend who has a tree.
18:02I am a friend who has a tree and I am a friend.
18:07It is a natural climate, that's about 28 years in the future.
18:07With the ground with water and water, you can also use the mass and water.
18:12In the future, it is the green house effect.
18:15Because it is into the fall of a new colony,
18:18you can also use the flowers in the village,
18:19you can also get the little breeze
18:35There is a lot of food sources and shelter items, even in the case of the people who are living
18:46in the house.
18:47We have a lot of food sources and shelter items.
18:54We have a lot of food sources.
19:07as
19:08we
19:08hear
19:10support
19:12increases
19:161994
19:172018
19:182019
19:192019
19:192018
19:202019
19:202019
19:202019
19:302020
19:39Thank you so much for joining us today, thank you so much for joining us today, thank you so much
19:43for joining us, bye
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