In the deepest part of the water.
Answer:
Explanation:
Molecules within a liquid are pulled in all directions by intermolecular forces; there is no tendency for them to be pulled in any one way. However, molecules at the surface are pulled downward and sideways by other molecules, but not upward away from the surface. These intermolecular attractions thus tend to pull the molecules into the liquid and cause the surface to tighten like an elastic film.
A measure of the elastic force in the surface of a liquid is surface tension. The <em>surface tension</em><em> is the amount of energy required to stretch or increase the surface of a liquid by a unit area</em>. Surface tension enables small insects, like the water strider, to “walk” on water.
The wildebeest population growth curve can be : Exponential, Linear, Logistic and Geometric rates. depending on the missing figure.
<u><em>Although your question is incomplete a general answer is provided above</em></u>
The growth of the wildebeest depends on the characteristic of the missing figure.( growth curve ) therefore the population can grow :
- <u>exponentially</u> if the growth rate is faster than the growing population size
- <u>linearly</u>; if the population increases/decreases at the same rate within a set time interval.
- <u>logistic</u> : If the populations starts growing slowly before an increase in growth rate.
- <u>geometric</u><u> </u>: If the population of the wildebeest increases at different ratios at discrete times.
Hence we can conclude that the wildebeest population growth curve can be described as Exponential, linear, logistic or geometric depending on the characteristic shown on the missing diagram
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trichodysplasia spinulosa polyomavirus small t antigen synergistically modulates s6 protein translation and dna damage response pathways to shape host cell environment is
Unknown
Trichodysplasia spinulosa is a disfiguring skin disease caused by the trichodysplasia spinulosa–associated polyomavirus (TSPyV).¹ Like other polyomaviruses, TSPyV expresses the large T and small T (sT) antigens, but how these proteins regulate trichodysplasia spinulosa pathogenesis is unknown.
What is trichodysplasia spinulosa polyomavirus?
Trichodysplasia spinulosa is a rare cutaneous condition that has been described almost exclusively in immunocompromised patients, typically organ transplant recipients, on immunosuppressive medication regimens.
It is also known by many other names, including viral-associated trichodysplasia, viral-associated trichodysplasia, pilomatrix dysplasia, and ciclosporin-induced folliculodystrophy, although the latter name is incorrect. A total of 32 cases has been documented in the medical literature as of the beginning of 2016. Despite its rarity, TS is thought to be underdiagnosed, and the rising number of patients using immunosuppressive medication regimens raises the possibility that its occurrence may increase.According to some sources, TS is a developing infectious disease.
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