Answer:
The answer is Telophase
Explanation:
Cytokinesis involves the physical separation of the cytoplasm into two daughter cells during cell division. In both mitosis and meiosis occur at the end of telophase, which is the reversal of the processes that took place during the prophase and promethaphase. That is, everything returns to the beginning and the process is repeated.
Answer:
a. activation of the sympathetic autonomic nervous system by the new experience.
Explanation:
The sympathetic division of the autonomic nervous system generates a flight or fight response. This is a series of physiological processes that start when a person has any stress, new experience or emergency conditions such as the first diving trip. One such response produced by activated sympathetic division is increased heart rate to pump more blood and deliver more oxygen to body cells and tissues. Also, the person experiences an increased breathing rate to compensate for the increased oxygen demand.
Evaporation
Transpiration
on the apple. This is what some of her stu-
dents said.
Archie: "The only force acting on the
apple is air pressure."
Sam: "There is one force acting on the apple. Gravity is the force that pulls on
the apple."
Soledad: "There are two forces: the desk pushes up on the apple and gravity pulls
downward on the apple."
Misha: "There are many forces acting on the apple; but, it is the holding force in the
apple that keeps it on the desk."
Tess: "There are no forces acting on the apple because the desk stops any forces
from acting on it."
Which student do you most agree with?
Answer:
Misha
Explanation:
Archie, Soledad and Sam are right about the types forces, but not how many. Misha is the only one who says there are multiple. Tess is just wrong.
Answer:
true
Explanation:
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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