Answer: last one
Explanation: the 1st screenshot is sleet 2nd is hail and you can see how big the hail is
Answer:
The Gram-negative diplococci <u>Neisseria </u>are pathogenic microbes that infect mammalian mucous membranes, and include the species which causes gonorrhea.
Explanation:
Options for this question are:
- <em>Streptococcus
.</em>
- <em>Coxiella
.</em>
- <em>Neisseria
.</em>
- <em>Listeria
.</em>
- <em>Haemophilus.</em>
Bacteria of the genus Neisseria are Gram-negative, with a rounded morphology that are associated in pairs, so they are called diplococci. They are aerobic microorganisms, no more than 1 micrometer in diameter, immobile and not sporulated.
Their biological importance is due to the fact that they cause diseases in humans, such as bacterial meningitis -caused by N. meningitidis- or gonorrhea, associated with N. gonorrhoeae.
Learn more:
Germ theory of disease brainly.com/question/818392
Answer:
1)The lithosphere/geosphere
2)glaciers and polar ice caps
3)moves bits of rock and soil
4)through compaction and cementation
5)Metamorphic
6)crystalline structure
7)The area was covered by water
8)The layers have different ages with the youngest layers on top
9)temperature and pressure
10)convergent boundaries
11)motion of tectonic plates
12)by studying the direction of S and P waves
Explanation:
Answer:
Relative Dating with Fossils: Index Fossils as Indicators of Time
Explanation:
Answer:
Vasopressin
Explanation:
Vasopressin is an anti-diuretic hormone. Its main function is to control the osmolality and volume of body fluids, helping the body to lose fluids. The secretory neurons are activated as a result of increased osmotic pressure or reduced blood pressure, which is also reduced by this hormone. The release of this hormone has a potent vasoconstrictor effect, causing water retention to increase, acting as an antidiuretic hormone. The increased permeability of the collecting tubules and the thick ascending branches of the Henle loop, resulting from the exposure of aquaporins to the apical membrane, enables the diffusion of water found in the tubule cells to the medullary region of the kidney.