Common names for species can be ambiguous and vary depending on cultural, regional, and language differences. This can lead to confusion when referring to or studying a species. To prevent this, scientists use a unified naming system called binomial nomenclature, ensuring each species has a universally recognized name.
Common names are not a good reference to a species because they can be ambiguous and vary depending on location, culture, and language. They are also known as folk taxonomy or ethnotaxonomy. These names can lead to confusion because different species might have the same common name in different regions, making it challenging for scientists to discuss and study these species universally.
For instance, consider a species bright red butterfly commonly referred to as the 'red admiral' in one region. In another part of the world, a different species of butterfly exhibiting a similar hue of red might also be called a 'red admiral'. This causes confusion as two different species are referred to by the same common name in different regions.
To avoid this confusion, scientists use a universal naming system known as the binomial nomenclature. Established by Carl Linnaeus, this system provides each species a unique name composed of two parts: the genus name and the species name. For example, the binomial name for humans is Homo sapiens. This naming system ensures that regardless of location, culture, and language, the scientific community can accurately refer to and study species.
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Common names are not a good reference to a species because they can vary greatly in different ways. Scientific names based on the binomial nomenclature provide a universally recognized and standardized way to refer to species.
Common names are not a good reference to a species because they can be in different languages, vary with location, vary with culture, and vary with species color. Unlike common names, scientific names based on the binomial nomenclature provide a universally recognized and standardized way to refer to species. For example, the scientific name for the North American blue jay is Cyanocitta cristata. This system avoids confusion caused by regional and colloquial names.
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Once an egg has been fertilized, _____. (can be more than one answer)
a barrier to other sperm forms immediately
new genes are formed
cytoplasm is always exchanged
the zygote becomes haploid
Answer;
-zygote is formed
Once an egg has been fertilized zygote is formed.
Explanation;
-Fertilization is the fusion of two haploid gametes to produce a diploid zygote. Each haploid gamete in humans has 23 chromosomes, while the diploid zygote has 46.
-A fertilized egg is called a zygote until it divides into 16 cells, forming a ball-shaped structure called a morula. In humans, it takes about four days for a zygote to become a morula and another three days until the embryo attaches itself to the mother's uterine wall.
The answer is a zygote is formed.
In the process called fertilization, the egg cells or so called ovum will fuse with a sperm cell. The result of this fusion leads to the development of the zygote which will then develop to an embryo.
The answer is FALSE. Convection currents do not produce the heat in the earth’s interior. They are rather responsible for distribution of this heat in the mantle. The radioactivity of the earth's core is the main source of heat. As the materials such as uranium decay, they release heat that keeps the interior hot.
Convection currents do not produce heat in the Earth's interior, but rather they transfer the heat generated mainly by radioactive decay.
Convection currents do not produce heat; instead, they aid in the transfer of thermal energy from one place to another. In the Earth's interior, the heat is generated primarily through radioactive decay, and this heat is then moved towards the surface of the Earth by convection currents. By analogy, consider a pot of water being heated on a stove. The stove (analogous to radioactive decay) generates the heat, and the water circulates that heat through convection currents, with warmer water rising and cooler water sinking.
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one of the following that is not a possible cause for the growth is B
An increase in the population of prey it feeds on.
female:
XX
XY
YY
XX
XY
YY