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Match the function to the anatomical part:long structure made of tubulin and [Choose ] used for motilityshort hair like filaments for attachment to surfaces[Choose ...

Question

Match the function to the anatomical part:long structure made of tubulin and [Choose ] used for motilityshort hair like filaments for attachment to surfaces[Choose ]structures used for transferring DNA from one cell to aotherChoose ]strong rigid structure responsible Choose | for protection against osmotic lysisslippery structure to help cell escape phagocytosisChoose |

Match the function to the anatomical part: long structure made of tubulin and [Choose ] used for motility short hair like filaments for attachment to surfaces [Choose ] structures used for transferring DNA from one cell to aother Choose ] strong rigid structure responsible Choose | for protection against osmotic lysis slippery structure to help cell escape phagocytosis Choose |



Answers

Given that a cell's structure reflects its function, what function would you predict for a cell with a large Golgi apparatus?a) movement b) secretion of digestive enzymes c) transport of chemical signals d) rapid replication of genetic material and coordination of cell division e) attachment to bone tissue

Hello everyone. This is Ricky and today we're working on problem number 15 from Chapter 30 and we'll be doing some matching So rod cells de detect dim light. Qalqilya. Mhm sorts out sound waves. The lens focuses rays of light, he spoke. Clara. She's Clara protects the eyeball. Cone cells detect color the vestibular apparatus or this stimulus to it is necessary for balance. Pena is the portion of your outer ear that collects sound and the veau marrow nasal Oregon, which doesn't really work in humans, detects pheromones. So I hope this video was helpful and I will see you in the next one.

All right, So our last question in this chapter is a matching question, and honestly, it's pretty straightforward. You just have to know, um, you said to know that the terms there Liston and so what I'm gonna do is I'm just going to go through, um, the terms and talk about what they are, and then we'll look specifically at the right answer. That's connected, toe. So let's look at the square. Uh, right. This Clara was a part of the eye that you should have seen, and specifically, it's on the outside of the eye, so it is involved in protection. And so that answer would be that it protects the eyeball, okay. And so that would be the square a Ah, the semi circular canals are something that are located in your inner ear, and specifically they have to deal with your balance. And so if you look at her answers and something that deals with balance, um and also I should say, um, body position, because that's what the examples better a better category. So your inner ear, specifically your similar circular canals in your inner ear deal with balance and body position, and so that would be able to detect your head movements. So that would be that one. Oops, that would be that one. And moving right along. Ah, we will see. Ah, this is a good one. Femme Arrgh! Nasal organ. Fancy word. But when you're looking at fancy words, you should look for parts of those fancy words that you know what they mean. And I'm pretty sure everybody listening to this knows what nasal has to do with has to do with your nose. And so specifically, the thing that's listed on our possible definitions are detecting pheromones because that is something that your nose is involved in picking up because pheromones or chemical signals that travel from one person to another. So those were actually picked up by the vomeronasal organ. So maybe that one. All right, um, your rod cells are located in your eye. They basically do the black and white vision, and so that would be related to picking up dim light. So being able to see in dim light is because of rod cells. And then as we're moving along, we see taste bud taste buds along with your nose, contain chemo receptors. So put contains here. So they contain chemo receptors because they pick up chemical signals. All right, you know, working our way down we're getting there were doing a good job. Ah, that brings us to the lens. Another part of your eye that focuses light, um, to the retina so that you can see. And so, um, thes specific answer here is that it focuses rays of light. Ah, and then the Coakley A which is another thing in your inner ear. But instead of balance and body position, like the semicircular canals this is involved in hearing. And so the answer that goes with that is what you do when you hear which is ah, sorts. I should say this way it's swords out. Sound waves. That's what the definition says there. And then almost there your cone cells, your rod sales pick up black and white. Your cunt sales pick up color and so detects color would be this one. All right. And then our last one Awesome. The pinna, the pinnacle of this question the pinna this is located on the outside of your ear is the part of the ear that you can see pretty much what does it do? It collects sound waves so that they could be sent to the inner the middle ear and then the inner ear so they could be transmitted and transferred in the nerve signals. And you could interpret them and know that you're hearing something. So this is our matching question. And as you can see, we made it through all of it, and hopefully that was helpful. And you figure announce anyone's that you were confused about.

For this question. We have some structures related to this chapter and we have to see what their functions are. We have the rough cells the copier Alan he brings them. Sprinkle cortex have been taste buds, Violin these we have new york transmitter let's in the area and to be from a result or. Okay now let's look at the functions and much more so a is detecting experiment. This is something that sounds a lot of animals but not us. It's the Vmro dinosaur about the experiments he connects to the spinal cord. So this is a structure found I'm afraid. And it connects the brain and spinal boards. And this is right in the back of brain. Of course it's the brain stem see sorts and not pressure waves. So pressure waves. We're looking at the ears, hear hearing and that is the job of the copier D. For text brain and the spinal cord from some toxins. Okay, so that is going to be the blood brain barrier and when we get a stripper spinal fluid forming from water coming out for blood has to pass through the blood brain barrier to make sure. But some toxins can't get through e speeds signal transmission. That's the myelin. So myelin around the neuron prevents the and movement of ions at certain points. And instead we get some called salt history conduction and that increases the speed of the action potential along the neuron. If it contains neuro receptors sorry chemo receptors. So chemo receptors these are to do with taste and smell. So it could have been forever and they saw them. But in this case it's going to be taste buds because it's such a taste and it needs female receptions to do about gee secreted at the synapse. Of course the neurotransmitter is secreted synapse carry on the signal to an excel. Aah governs higher thoughts. So this is gonna be another past friends. This is the cerebral cortex. I coordinate voluntary movement. So again this is going to be the past brain and it's the cerebellum. So tobacco brain and it coordinates the movements are given to by the motor politics. If I need to. Text lights for rod cells detect lights.

We're looking at parts of cells and their functions. We have to match them up. So looking at much longer the chloroplasts and ribosomes, nucleus cell functions. So tell him so membrane and cuticle and as much fees up to the descriptions. Let's start a it connects cells. So which of these would connect cells. Um Well that's going to be junctions. He's connected to silks a protective covering. So a Visa protective covering is going to be a cuticle. ATP production is the mitochondria protecting DNA. So D. N. A. In okay areas is stored within the nucleus and this offers at some level of protection protein synthesis. This is going to be robson's but for carrots and carrots, maintaining the internal environment. So this is the primary function of the cell membrane. It isolates the cell contents from the environment and it decides what gets in what gets out to try and maintain homeostasis within the cell. Photosynthesis is carried out by chloroplasts and movement. What formula are used for movement? So there will be hate


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