<span> cells maintain homeostasis as they are living things. The main way cells maintain homeostasis is through their cell membranes. Cell membranes protect the cell from the outside world, if there is too much of something in the cell, the cell membrane uses pockets to expel some of it, it trasports nutrients across the cell, and it also dictates what goes in and out of the cell. Those are some ways a cell maintains homeostasis. And all living things must maintain homeostasis</span><span>: <span>Regulate intracellular ion control (e.g. maintain very specific [Ca^2+] levels)
Regulate extracelluar to intracellular ion transport. E.g. for maintaining water and blood pressure via the kidneys.
Regulate metabolism, for temperature control (e.g. in brown adipose tissue).
Regulate transcription and translation, for hormone release and
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Insights into the nature of wave propagation that are radically new and qualitative come from the nonlinear theory of gas dynamics.
In the year 1985's Viscoelasticity and Rheology Associated terms Deflection Amplitudes Border Situation Theory of Shells Dynamic Force Continuum Theory Nonlinear functions include, for instance: Given that it is a quadratic function, f(x) = x2 is nonlinear. Given that it is an exponential function, f(x) = 2x is nonlinear. As it stands, f(x) = x3 - 3x is nonlinear. A nonlinear equation is one in which the highest degree of any term is two or greater. Since equation 1 has the highest degree of 2, and equation 2 involves variables x and y, this is an example of a nonlinear equation. + 2x + 1 = 0, 3x + 4y = 5, etc.
The dependant variable in a differential equation needs to be of the first degree for it to be linear. Since x2 is not a first power in the equation x+x2=0, it is not a linear differential equation. Examples of Variables and Nonlinear Relationships Quadratic Relationships, as an example. Cubic relationships, as an example. Exponential Relationships, Example 3. Logarithmic Relationships, Example 4. Cosine Relationships, Example 5. Further Resources.
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Answer:
B. That some fraternal twins resemble each other greatly while others look quite dissimilar highlights an interesting and often overlooked feature of fraternal-twin pairs, namely that they vary considerably
Explanation:
Fraternal twins are the most common type of twins in the world, about 70% of the total twin population. They may also be called biviteline or dizygotic. They are characterized by being developed from different eggs and sperm, even during the same gestation period. Fraternal twins do not share genetic information, so they do not become identical. In fact, they can be as different from each other as non-twin siblings, including even blood groups.
With this we can conclude that some fraternal twins resemble each other greatly while others look quite dissimilar highlights an interesting and often overlooked feature of fraternal-twin pairs, namely that they vary considerably
Answer:
C. The intrathoracic pressure decreases.
Explanation:
Inspiration is when air is moved into the lungs. This occurs when:
- The diaphragm contracts, which increases the size of the chest cavity.
- Then the lungs expand, which decreases intrathoracic pressure, causing air to rush into the lungs.
Answer:
Superior means above/upper and inferior means below/lower. In a human body the positions are named with respect to the core. The organs above the core i.e. towards the head are termed to be at superior positions and the organs below the core i.e. towards the feet are termed to be at inferior position. Based on this the arrangement of given terms from superior to inferior is
- Nasal
- Mental
- Cervical
- Sternal
- Lumbar
- Coxal
- Femoral
- Plantar
- Tarsal
The word "erural" seem to have been typed incorrectly in the question statement.
