Explain the process of osmoregulation in freshwater fishes and marine fishes.
Use diagrams to support your answer.
Explain the process of osmoregulation in freshwater fishes and marine fishes. Use diagrams to support your...
18. What are the different osmoregulatory patterns observed in marine, freshwater and euryhaline fishes? Mention all influxes and effluxes, including active transport, skin permeability and behavior. (in Ai / Ae) plots A is freezing point. E is external environment l = internal environment. Δί
17) Fresh water fish usually live in hypotonic environments. Marine fish usually live in hypertonic environments. Describe the different challenges they each face during osmoregulation (regulating water balance). Use the specific vocabulary. 18) Some marine animals (including seastars and hagfish) have no ability to osmoregulate. What kind of solute environment do these animals live in? Explain your answer using specific vocabulary.
op. sur - no less than Cobserung hy po Tonic equal. cell membrare con is what anor.n gaining Marine fish w ally live in hyp 177 Freshwater fish usually live in hypotonic environments. differe e ha s ally live in hypertonic environments. Describe the erent challenges they each face during osmoregulation (regulating water balancel. Use the specific vocabulary. 18) Some marine animals (including seastars and hagfish) have no ability to osmoregulate. What kind of solute environment do these animals live...
“The potential impact of {Cryptocurrency} on {Pharmaceutical industry}” Draw a process model diagrams to support your description one before and one after the change. These need to be detailed enough to show the change in processes, but not so detailed that the changes are hard to spot. The purpose of your model here is to show the impact of the technology on the business process; let that guide your level of detail.
Explain your reasoning and show your work. Do not use any PV-diagrams. Only use the Ideal Gas Law for your solution. S8. Why is the folloruing situation impossibler An apparatus is designed so that steam initially at T-150°C, P= 1.00 atm. and V-0.500 m in a piston-cylinder apparatus under- goes a process in which (1) the volume remains constant and the pressure drops to 0.870 atm, followed by (2) an expansion in which the pressure remains constant and the volume...
why are benzene rings more stable than alkenes? use diagrams to explain your answer
Explain the difference between a latch and an edge-triggered flip-flop – use timing diagrams in your explanation.
A. A marine biologist has noticed unusually thin shells in some of the oysters found in a bay known for its oysters. He thinks the thin shells are appearing in 10% of the oyster population in the bay. The marine biologist randomly selects 150 oysters from the bay and tests the oysters for the thin shell. Is this study a Binomial model? Explain. (6 points) What are the mean and the standard deviation of the random variable? (4 points) 3....
a) Explain what is meant elastic demand. Use diagrams and appropriate diagrams and examples
-content-disposition-inline%3B%; -+ QEFit to page Page (a) Using diagrams to support your answer, provide a description of the Stern-Gerlach experiment and how this led to the concept of intrinsic angular momentum. [5 marks (b) Use Hund's rules to find the ground state quantum numbers L and S for nitrogen which has electronic configuration 1s22s22p3 [4 marks] (c) It can be shown that the z-component of orbital angular momentum commutes with both the square of position (in spherical coordinates) and momentum...