The industrialized society. Hope this helps!
The blood osmotic pressure of marine teleosts is about <u>600</u> mOsm <u>higher </u>than the environmental osmotic pressure.
Osmotic pressure is the minimal pressure required to prevent the inward flow of a solution's pure solvent across a semipermeable membrane. It is also described as the measure of a solution's capacity to take a pure solvent through osmosis.
All freshwater organisms maintain hyperosmotic blood osmotic pressures in fresh water. Blood osmotic pressure in freshwater teleosts is 300 mOsm higher than freshwater osmotic pressure.
Teleost is most hyposmotic to seawater. Because marine teleosts are hyposmotic to saltwater, they experience osmotic loss of water and NaCl diffusional gain through the gill.
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The amount of nitrogen in the bay increases with a consequent increase in the population of algae(algae blooms).
In water bodies, there are small plants that are called phytoplankton and algae. These organisms depend on dissolved nutrients to survive in water. These dissolve nutrients some times enter into water bodies through surface run off.
When runoff from farms, suburban lawns, and wastewater treatment plants a watershed gets into a local bay, the amount of nitrogen in the bay increases with a consequent increase in the population of algae(algae blooms).
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Answer:
I would observe fluorescence moving from the ER to the Golgi apparatus.
Explanation:
Once the protein leaves the endoplasmatic reticulum (ER), it is in a vesicle that fuses with the Golgi apparatus. The Golgi modifies and packs the protein to send it to its destination. In other words, the Golgi complex is the place where proteins go to be functional and be given a place either inside or outside the cell.