According to reproductive isolation all the varieties of dogs are one species. Thus, this statement is true.
<h3>
What is speciation?</h3>
Speciation is the process by which a new species emerges through evolution. A species is a collection of creatures that can breed with one another and generate fertile offspring while remaining reproductively separated from other organisms.
When it comes to reproductive isolation, horses and donkeys are not the same species because their offspring are unable to reproduce.
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<h2>
"<em><u>
Earth or geoscience</u></em>
" investigates the interactions among the atmosphere, hydrosphere, biosphere, and geosphere.</h2>
Answer:
d. 7
e. 3
f. 2
Explanation:
I'm assuming that Y stands for yellow leaves, while y stands for green.
I counted the information from the punnet square to get the answer.
Hope this is correct. If it is, may I have brainliest?
Producers: Producers <span>are basically organisms that make their own food. They get energy from chemicals/and or the sun, and with the help of water, they convert that energy into useable energy in the form of sugar, or food. Plants are one very good example of a producer.
Consumers: Consumers a</span><span>re essentially organisms which receive energy by consuming other organisms. These organisms are commonly referred to as heterotrophs, which include animals, bacteria, and even fungi.
</span>Decomposers: Decomposers <span>are organisms that break down dead or decaying organisms, and in doing so, they carry out the natural process of decomposition.</span>
The saline distributes rapidly (within about 15 minutes) from the intravascular to the interstitial compartment. And there, it is stuck.
The cells have active pumps and the membrane is impermeable to sodium; similarly, chloride is trapped.
Because normal saline is isoosmotic with the extracellular fluid, water does not have any osmotic pressure to shift between compartments, and it distributes itself according to the proportional distribution of sodium (i.e. about 25% of it stays intravascular and 75% enters the interstitial fluid).
(This may not be entirely accurate. Because the osmolality of the extracellular fluid increases, some water undegoes a shift into the extracellular compartment. The new equilibrium point is 290.2 mOsm/L. To achieve this, a whole 25ml of water has to move up into the extracellular compartment. So, the intravascular volume increases not by 250ml, but by... 256ml. What a big difference that makes. In order to remain detached from pedantic hair-splitting, I have opted to omit this from all the further calculations.)
Plasma osmolality doesn't change much, because it has received a load of essentially isoosmolar fluid.
<span>You will notice that the osmolality of the compartments increases by 0.2 mmol/L from your maths; but the osmoreceptors dont care.</span>