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Carbon-dating can not be used to prove the age of the earth, so it can not be used either to prove a "young earth" nor to support the scientific age of the earth. Carbon-dating is useful for archaeology, where it can date evidence of human artefacts up to fifty thousand years old. Some less less informed "Young Earth" creationists do believe that carbon-dating was used to date the earth. They attempt, unsuccessfully, to undermine the science of carbon-dating in the belief that by doing so they undermine the scientific age of the earth, rather than because they constructively prove their point. The best estimates of the age of the earth have been arrived at by radioactive dating, but not by carbon-dating. Had techniques of radioactive dating not been invented, other known methods of dating the earth would prove that the world is more than a few million years old. Some of these are described in the related question, attached below.
Forests are made up of trees and other plants. These use carbon dioxide (a greenhouse gas that is created by industry) and converts it into food and oxygen. The more forests there are the more carbon dioxide gets converted back into oxygen.Trees are tremendous devices for capturing and storing carbon. If we were to ask our top scientists and engineers to create a highly efficient and environmentally friendly way to remove carbon from the atmosphere. They could do no better than to invent a tree. Trees use photosynthesis to capture and concentrate carbon, removing trace CO2 gas from the air (
no ice currently on earth is that old
Similarities between Earth and Venus are - Similar in size Very few craters indicating a relatively young surface Density and chemical composition are similar Differences between Earth and Venus are - Venus has no moon Venus' surface temperature is about 400 degrees Celsius Venus' atmosphere is toxic to Earth based life Venus' atmospheric pressure at the surface is about 90 times greater than Earths Venus takes about 243 Earth days to complete one full turn on its own axis Venus takes about 224 Earth days to complete one full orbit of the Sun Scientists are considering the similarities and differences between Earth and Venus, to try to figure out Earth's fate.
calcium, and carbon trioxideSteve here! you are correct young one but to be even more vague they are Calcium, Carbon and a good helping(3) of oxygen.
In the very young earth the atmos. was mostly carbon dioxide. This caused the earth to have a very warm atmosphere. There was no life at that time on earth. It was a few billion years ago.
False. Cyanobacteria changed earth's atmosphere by removing carbon dioxide and releasing oxygen.
The young crop has less leaf area and less chlorophyll than older crops. The leaves take in carbon dioxide for photosynthesis and use it to make carbohydrates.
It depends on how you define air. Other planets in the solar system have atmospheres, but they have different compositions from Earth's atmosphere, which may or may not be called air. The gas planets have atmospheres made mostly of hydrogen and helium while Venus and Mars have atmospheres made mostly of carbon dioxide. The air we are familiar with is mostly nitrogen and oxygen. When Earth was young it likely had a carbon dioxide atmosphere as well, but through photosynthesis algae took carbon dioxide out of the atmosphere are replaced it with oxygen. More carbon dioxide was removed in bodies of water and deposited as carbonate rocks. The nitrogen, already present in the atmosphere, remained.
Young trees grow quicker than mature trees (mature trees reach their maximum size then stop growing taller) as a consequence the young trees are taking in carbon dioxide to make both wood and leaves, mature trees nly require the carbon dioxide for leaves. There is some change in the soil content of carbon sequestered in the soil at the base of the trees as well,
Carbon-dating can not be used to prove the age of the earth, so it can not be used either to prove a "young earth" nor to support the scientific age of the earth. Carbon-dating is useful for archaeology, where it can date evidence of human artefacts up to fifty thousand years old. Some less less informed "Young Earth" creationists do believe that carbon-dating was used to date the earth. They attempt, unsuccessfully, to undermine the science of carbon-dating in the belief that by doing so they undermine the scientific age of the earth, rather than because they constructively prove their point. The best estimates of the age of the earth have been arrived at by radioactive dating, but not by carbon-dating. Had techniques of radioactive dating not been invented, other known methods of dating the earth would prove that the world is more than a few million years old. Some of these are described in the related question, attached below.
Almost half the mass of a tree is carbon, taken from the atmosphere in the form of carbon dioxide. A tree only takes in carbon when it is growing, and the amount that a tree grows in a year varies from tree to tree. Old trees are bigger and grow more than young trees in a year, usually.
well, i believe Co2 (carbon dioxide) and H2o (water) are the best absorbers of infrared radiation my young grass hopper. Beast
well it means that the earth is young it small
well it means that the earth is young it small
Forests are made up of trees and other plants. These use carbon dioxide (a greenhouse gas that is created by industry) and converts it into food and oxygen. The more forests there are the more carbon dioxide gets converted back into oxygen.Trees are tremendous devices for capturing and storing carbon. If we were to ask our top scientists and engineers to create a highly efficient and environmentally friendly way to remove carbon from the atmosphere. They could do no better than to invent a tree. Trees use photosynthesis to capture and concentrate carbon, removing trace CO2 gas from the air (
Basically, young 'scientists' like 11 year olds find it difficult to understand the chemical symbols from the periodic table. So the symbols for respiration stand for; Glucose+oxygen -- carbon dioxide + water + energy.