Examples of using Carbon and oxygen in English and their translations into Vietnamese
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Carbon and Oxygen are supplied by water.
The Earth was formed largely out of the heavier elements,including carbon and oxygen.
Now, there was no carbon and oxygen in the universe at the Big Bang.
There composition is indeed hydrogen free,they're almost exclusively carbon and oxygen.
Carbon and oxygen are absorbed from the air while other nutrients are absorbed from the soil.
People also translate
You get basically an object that is almost exclusively carbon and, carbon and oxygen.
Once the CO2 was broken up into carbon and oxygen, the team used an ion imaging apparatus to track the results.
Reportedly uses a small, solar-powered machine to pull CO2 from theair so the gas can be split into carbon and oxygen.
They contain very small amounts of heavy elements,like nitrogen, carbon and oxygen, compared to stars found in modern galaxies.
Heavier atoms such as carbon and oxygen were forged in stars between 7bn and 12bn years ago,and blasted across space when the stars exploded.
A sugar molecule like glucose contains 12 hydrogen's,but those hydrogen's are all bound to other carbon and oxygen atoms.
Our work shows that the relationship between the global phosphorus, carbon and oxygen cycles is fundamental to understanding the oxygenation history of the Earth.'.
Not only do leaves make food, but they also generate oxygen during photosynthesis and are major contributors to the cycle of carbon and oxygen in the environment.
In fact, that one is a carbon-oxygen dwarf. Now, there was no carbon and oxygen in the universe at the Big Bang. And there was no carbon and oxygen in the universe throughout the first generation of stars.
The primordial universe consisted mostly of hydrogen and helium,and lacked chemical elements like carbon and oxygen necessary for life as we know it.
What we do find are shells,and we use the isotopes of carbon and oxygen within the shells, complemented by temperature proxies from organic material, to say something about the carbon cycle and about the temperature in the past.".
However, as it formed so early in the universe's history,it probably doesn't have enough of the heavy elements such as carbon and oxygen(which formed later) needed for life to evolve.
Plants synthesize Amino Acids from the Primary elements, the Carbon and Oxygen obtained from air, Hydrogen from water in the soil, forming Carbon Hydrate by means of photosynthesis and combining it with the Nitrogen which the plants obtain from the soil, leading to synthesis of amino acids, by collateral metabolic pathways.
Astronomers have long known that fusion reactions in the cores ofstars create lighter elements such as carbon and oxygen, but such reactions can't produce heavier elements like gold.
Life as we know it first became possible about 30 million years after the Big Bang,when the first stars seeded the cosmos with the necessary elements like carbon and oxygen.
There are 16 essential plant soil nutrients,besides the three major elemental nutrients carbon and oxygen that are obtained by photosynthetic plants from carbon dioxide in air,and hydrogen, which is obtained from water.
They note how life in the universe could not have begun until 10 million years after the Big Bang,when stars gave rise to the elements necessary for life such as carbon and oxygen.
According to Dr Michael Keith from CSIRO, one of the research team members,"thisremnant is likely to be largely carbon and oxygen, because a star made of lighter elements like hydrogenand helium would be too big to fit the measured orbiting times.".
These stars are hot, with surface temperatures between 75,000 K and 200,000 K,[2] and are characterized by atmospheres with little hydrogen and absorption lines for helium, carbon and oxygen.
They saw a tentative correlation between a planet's heavy elements and its host star's relative abundance of carbon and oxygen, which are called volatile elements, versus the rest of the elements included in this study, which fall into the group called refractory elements.
Low-mass stars(those with about half the Sun's mass) are so light that their core temperatures neverget hot enough to fuse helium into carbon and oxygen(the next step after hydrogen fusion).