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Interesting facts that we should know.Loading...
Tuesday 14 September 2021Loading...
PetrichorLoading...
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One of these odors, called "petrichor," lingers when rain falls after a prolonged dry spell. Petrichor — the term was coined in 1964 by two Australian scientists studying the smells of wet weather — is derived from a pair of chemical reactions. Some plants secrete oils during dry periods, and when it rains, these oils are released into the air.
The smell of nature after rain that will be very familiar to anyone who spends much time outdoors, indeed a typical Irish town will have that particular post pluviam odour caused by a mix of geosmin from gardens, parks and hedges and ozone from conrete and tarmac.
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The way it smells after the rain is called petrichor.

Birds
Largest bird in the world
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The bee hummingbird
Animal Kingdom

Hidden animals names
PHOSPHENES
Crossword Improves Vocabulary.
Crossword Releases Stress. There is a lot of perceptions that rich people don’t. Crosswords Maintain Social Bonds. Each one of us play crosswords It also improves Mental Health. Crosswords delay memory loss and help alleviate dementia.
Crosswords preserve memory, cognitive function, and overall brain strength.
You can strengthen your vocabulary and spelling through crosswords. Crosswords strengthen the …
Solving crosswords as a group strengthens social bonds.
Hawaii. Everybody everybody like accidentally the baby bump. Neil said that also in Brazil's updates. Active bodies are awesome.
Crossword Releases Stress. There is a lot of perceptions that rich people don’t. Crosswords Maintain Social Bonds. Each one of us play crosswords It also improves Mental Health. Crosswords delay memory loss and help alleviate dementia.
Crosswords preserve memory, cognitive function, and overall brain strength.
You can strengthen your vocabulary and spelling through crosswords. Crosswords strengthen the …
Solving crosswords as a group strengthens social bonds.
Hawaii. Everybody everybody like accidentally the baby bump. Neil said that also in Brazil's updates. Active bodies are awesome.
Irresistible Facts About Baby Animals
Most baby animals are adorable miniatures of their parents, but some go through a bit of a transformation. For instance, baby cheetahs are born without spots, and develop them later, while baby cougars are born with spots, and loose them as they grow. Most baby animals are adorable miniatures of their parents, but some go through a bit of a transformation. For instance, baby cheetahs are born without spots.
Phosphenes and Ants

Seeing light without light actually entering the eye.
The spots and colours you see when you rub your eyes are called "Phosphenes". They are a phenomenon characterised by seeing light without light actually entering the eye. The rubbing mechanically stimulates the cells of the retina causing this effect.
The total weight of all the ants on Earth is about the same as the weight of all the humans on earth.
Ants also outnumber us a million to one! They also can lift weight twice their size! Technically, this means that if all the ants were in one place they could lift all seven billion humans...
The total weight of ants is equal to the total weight of humans on earth Here is an interesting fact. All the ants on earth weigh about as much as all the humans. Although individual workers weigh on average between 1 to 5 mg, as per the species.
The total weight of ants is equal to the total weight of humans on earth Here is an interesting fact. All the ants on earth weigh about as much as all the humans. Although individual workers weigh on average between 1 to 5 mg, as per the species.

Future Plants Growth
Artificial Photosynthesis is real and all buildings may have it soon!

Natural photosynthesis vs. artificial photosynthesis
In the case of natural photosynthesis, the plant’s leaves absorb carbon dioxide and sunlight while the roots absorb water. Then, light energy stimulates chloroplasts. These are light-sensitive organelles located in plant cells. They trigger numerous chemical reactions that involve chlorophyll, enzymes and other proteins to split water molecules into oxygen, electrons, and hydrogen.
The oxygen is eliminated. Hence, the electrons and hydrogen react with the molecules of carbon dioxide to generate glucose, and the glucose turns into fuel for plants. About 2.5 volts of electrical energy is needed to split a water molecule. In order for this process to occur in an artificial environment, a catalyst combines with light energy. As a catalyst, scientists use light-sensitive substances like cobalt oxide, manganese, and dye-sensitized titanium dioxide.
When it comes to artificial photosynthesis, the structural lead contains thin membranes, microscopic and conductive artificial structures, and nanowires. Scientists use numerous structures and materials to develop artificial photosynthesis. The nanowires in the surface membrane of the leaf structure absorb carbon dioxide, water, and sunlight.
In the case of natural photosynthesis, the plant’s leaves absorb carbon dioxide and sunlight while the roots absorb water. Then, light energy stimulates chloroplasts. These are light-sensitive organelles located in plant cells. They trigger numerous chemical reactions that involve chlorophyll, enzymes and other proteins to split water molecules into oxygen, electrons, and hydrogen.
The oxygen is eliminated. Hence, the electrons and hydrogen react with the molecules of carbon dioxide to generate glucose, and the glucose turns into fuel for plants. About 2.5 volts of electrical energy is needed to split a water molecule. In order for this process to occur in an artificial environment, a catalyst combines with light energy. As a catalyst, scientists use light-sensitive substances like cobalt oxide, manganese, and dye-sensitized titanium dioxide.
When it comes to artificial photosynthesis, the structural lead contains thin membranes, microscopic and conductive artificial structures, and nanowires. Scientists use numerous structures and materials to develop artificial photosynthesis. The nanowires in the surface membrane of the leaf structure absorb carbon dioxide, water, and sunlight.
