The answer is; Heavy nuclei split into lighter nuclei
Heavier isotopes of elements are the most unstable and decay quickly into lighter elements (mostly because they have high neutron to proton ratio). The decay involves the splitting of the heavier atom into a lighter atom and the release of neutron(s) particles and radiation energy. The released neutrons then hit another isotope and split it. This chain of reaction continues so far as the isotopes are close by. The time it takes for a radioactive element to decay into another element is called half-life.
Metabolism refers to all of the chemical reactions occurring in the body cells of an organism for life sustenance. This includes synthesis processes such as:
When metabolic activities take place, there is a release of energy in the process. This energy is stored in a form of a covalent bond, a particular type of chemical bond.
On the other hand, a chemical bond is the creation of a chemical compound by forming a chemical connection between two or several more atoms, ions, or molecules.
Chemical bonds between atoms and molecules must be broken and reformed, therefore rendering chemical bonding an important element of metabolism.
Therefore, we can conclude that chemical bonds are important and a crucial part of metabolism because for metabolism to occur, Chemical bonds between atoms and molecules must be broken and reformed.
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resources.
Technology is built to give means, tools, and machinery for the preservation of the environment's resources from the damaging effects of climate change and global warming, and the environment in turn provides the materials, which is how technology and the environment are interdependent.
The gradual increase in the planet's surface temperature is known as global warming. Although this warming trend has been around for a while, the burning of fossil fuels has greatly accelerated its pace over the past century. The amount of fossil fuels burned has increased along with the size of the human population.
The two main ways that these technologies have harmed our planet are through pollution and the depletion of natural resources. When dangerous or excessive levels of gases like carbon dioxide, carbon monoxide, sulfur dioxide, nitric oxide, and methane are released into the earth's atmosphere, air pollution results.
Technology and society have a reciprocal interaction. Technological advancement shapes society, while technological advancement drives it.
Thus, the environment's resources from the damaging effects of climate change and global warming, and the environment in turn provides the materials.
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