Decay involves change in a tissue of the carcasse of a dead organism wherein the complexity of once living tissue deteriorates to simpler and simpler material until the basic elements of which the tissue was formerly composed are returned to the soil in the case of decay of animal carcasses in the wild. The tissues move from a condition of low entropy to higher entropy. There can also be decay in the tissues of a living organism. An example would be decay in the teeth of humans. In this case, because acid accumulation resulting from bacterial metabolism erodes the hydroxyapatite and protein structure of which the tooth is composed fromis a result of inadequate dental hygeine coupled with the inherited propensity to developing decay (i.e., how hard the tooth enamel is). So in this case part of the tooth contains a cavity in which decay has produced dead tooth tissue and bacteria. In this case to prevent the decay from spreading to the rest of the tooth the cavity must be cleaned out (by drilling) and then filled with an inert, malleable material. For ideal results gold is used because it is both the most malleable metal it never corrodes and it's non toxic. The same situation obtains when a diabetic must sacrifice a limb because, for example, due to poor circulation, part of the limb has died (gangrene) and if that dead portion is not removed, the gangrene will spread to the rest of the body which means death. By dividing the healthy tissue from the deteriorated tissue that which is living and healthy is saved. Decay of the carcasses of wild animals is a spontaneous process which means it requires no input of energy to proceed.
Decay is not considered a functional characteristic of life. Decay is the breakdown of organic matter due to the activity of decomposers, such as bacteria and fungi. Life is more commonly associated with functions such as growth, reproduction, response to stimuli, and metabolism. Decay is a process that occurs after the cessation of biological functions in an organism.
Wood decay is a biological process caused by fungi and bacteria that breaks down the structural components of wood. It can lead to deterioration and weakening of the wood over time. Proper moisture control and ventilation can help prevent wood decay.
Biological weathering is caused by activities of living organisms, such as plants and animals. This includes processes like root growth, burrowing, and decay that break down rocks and minerals over time, contributing to the erosion of Earth's surface.
If the question is to give examples of biological in a sentence. " ...This is Biological evidence." or " Biological studies show that... "
Calcium is the mineral essential for preventing tooth decay.
There are several types of decay that can occur in materials, including physical decay (such as wear and tear), chemical decay (such as rusting or corrosion), and biological decay (such as rotting or decomposition).
It is a substance that does not disintegrate or degrade into natural substances through the biological process decay.
Rapid decay refers to the swift deterioration or breakdown of a substance or system. It typically occurs at an accelerated rate compared to normal decay processes. Rapid decay can result from various factors such as environmental conditions, biological activity, or chemical reactions.
Non-biodegradable waste does decay, but the decaying process cannot be accelerated by biological agents, as they do not contain the correct molecules for living things to use as nutrients.
Decay is not considered a functional characteristic of life. Decay is the breakdown of organic matter due to the activity of decomposers, such as bacteria and fungi. Life is more commonly associated with functions such as growth, reproduction, response to stimuli, and metabolism. Decay is a process that occurs after the cessation of biological functions in an organism.
Wood decay is a biological process caused by fungi and bacteria that breaks down the structural components of wood. It can lead to deterioration and weakening of the wood over time. Proper moisture control and ventilation can help prevent wood decay.
TYPES:*PLANT DECOMPOSITION*ANIMAL DECOMPOSITION*HUMAN DECOMPOSITIONSTAGES OF DECOMPOSTION:1. FRESH or AUTOLYSIS2. BROAT or PUTRFICATION3. DECAY (PUTREFACTION and CARNIVORERS)4. DRY or DIAGENESIS
No, radioactive decay is not the same as organic decay. The basic difference between radioactive decay and organic decay is that in organic decay, chemical compounds break down and the biochemical structure of the subject changes. This is a natural process that any biological structures will undergo, or it could be induced. In either case, it represents a chemical change. In radioactive decay, the actual atomic nuclei of atoms will break down in some way, depending on the substance being considered. It is the unstable atomic nucleus of given isotopes of elements that undergoes the change, and this is a nuclear or atomic change.
Due to its metabolism, a living being can get rid of some of the isotope's atoms before they decay.
Radioactive decay is the spontaneous change or disintegration of an unstable atomic nucleus as it transforms itself to lose energy. It does this by the release of either particulate radiation or electromagnetic radiation, or both. This atomic event is random and cannot be predicted, but by applying statistical principles to large numbers of a given radionuclide, an "average" decay time can be found, and we have the half-life. There are several different types of radioactive decay. They range from spontaneous fission to alpha decay, beta decay and a couple of others. The spontaneous breakdown of a nucleus
Biological weathering is caused by activities of living organisms, such as plants and animals. This includes processes like root growth, burrowing, and decay that break down rocks and minerals over time, contributing to the erosion of Earth's surface.
In most reference tables for isotopes, isotopes like Carbon-14 (C-14) and Uranium-238 (U-238) are commonly noted for their spontaneous decay. C-14 decays through beta decay, while U-238 undergoes alpha decay. Both isotopes are used in various applications, including dating ancient biological materials and understanding geological processes. Always refer to the specific reference table for detailed information on isotopes and their decay modes.