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Which of the following materials would not normally be filtered from the blood at the glomerulus?a. waterb. ureac. proteind. glucosee. sodium ions...

Question

Which of the following materials would not normally be filtered from the blood at the glomerulus?a. waterb. ureac. proteind. glucosee. sodium ions

Which of the following materials would not normally be filtered from the blood at the glomerulus? a. water b. urea c. protein d. glucose e. sodium ions



Answers

Which of these materials is not filtered from the blood at the glomerulus?
a. water
b. urea
c. protein
d. glucose

In this question were asked to choose which of the processes in the Net. Ron is the least selective, so we'll just quickly go through and try to identify the forces that are driving Salyut movement, um, throughout different parts of the nef Ron. So first, during filtration, the pressure of blood forces water and other small molecules through a capillary while into the start of the kidney to peel, forming Phil trait soas faras horses that are acting on it. We have pressure from what pressure and filtration through a cap Hillary wall in secretion substances air transported from the blood into the fill trait. And this is used to help regularly blood ph and eliminate certain drugs and toxins. So this is a process for when filtration didn't work. Another way that you can move things into the fill trait. So we'll just put the specific things that the supplies Teoh according to the examples in the book. So, um, protons, drugs and toxins in re absorption water and valuable Salyut are reclaimed from the fill tree through the walls of capital Aries. So again, we'll just put Cap Ilary filtration and looking at our last answer choice passive diffusion of salt. So the way that passive diffusion of salt would really result in movement across any anything in the Nef Ron would be a salt radiant that is driving the movement of salt from one place to another across the capital ary in that brain. So I'd say that this is in the same category of forces that goes with Cap Hillary filtration. So let's take a look at our answer choices and take which one is the best. So we're looking for which one is the least selected and has the fewest number of forces acting on it. So the easiest one to eliminate is secretion. This one is very specific and in a place where a less selective option didn't work. So we eliminate option name looking at the rest of our options. They all have the cap Ilary filtration in common. But on Lee tell, true Shin has the additional force of pressure. So because there's more forces acting through filtration, this will be the least selective, and we can further illuminate options B and E and shoes. Option C has the correct answer

This question asked which one of the kidney functions conserves water in the body? We have absorption, filtration, re absorption and reading. So let's eliminate breeding breathing right off the bat. Because we know that our kidneys are not responsible for breathing. Breathing occurs in the lungs. So, um, de is not going to be correct. Filtration will not be a correct option either, because filtration removes wastes so it will not conserve water. It will actually remove waste from our of water in the blood supply and bring it into the urine, the air, our renal tubules. That's where our waste is gonna go. Then we have absorption and re absorption. So we know that the actual a name for the conservation of water is going to be called re eggs or passion. Because we are re absorbing water from our urine back into the capital Aries. So basically any excess water that got out, um, during filtration and was mistakenly um released during filtration, will be re absorbed back into the capital areas so that we can conserve this water, so choice he will be the car cancer here

This question asks which process returns glucose to the blood. So when we refer to, um the process of returning glucose to the blood, we know that it will not be X elation because exhalations where we basically release carbon dioxide to the environment and it will not be excretion because we are not removing the glucose from our body. So choice a or excretion will be incorrect. And we have to remember that filtration will be removing waste from our blood. So glucose is not a wasting. We're not removing it. We're trying to bring it back into the blood. So will not be filtration. So we're left with re absorption. And just like with water, we have to re absorb any glucose that somehow slipped through our ah filtration process and got out of the blood. So now we are bringing water and other nutrients back into the blood. So when we refer to other nutrients, glucose is included in that. So choice see will be the correct answer here

From here asked why Blue Coast is generally not normally found in urine except for in the case of diabetes here, what you produce or your body cannot uptake glucose here. However, generally it's not found in the urine due to the fact that when it enters the, um, kidneys more specifically, the two bills here you will essentially be re absorbed at these particular stages. So the best answer for this is going to be C.


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