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Finets M /n> Indiana countie; YEte1EVhetherthey larori cerain MVEMMeT Mnum- Tippecnnos County; 26} fayoted and 252 oppozed, Banton Couty 26U) favored pnd 377 opp...

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Finets M /n> Indiana countie; YEte1EVhetherthey larori cerain MVEMMeT Mnum- Tippecnnos County; 26} fayoted and 252 oppozed, Banton Couty 26U) favored pnd 377 oppored, Is thee_ cridencc (B[ opuuod diticent /c Lat dificrcnt E CpoDions Ot @l facrs favo proenJ| bnc tc encics?pronono ofall] U Tippecaneo Iho favor nrpputtiu pfailin Ncntim Ynn nrdrO.510ID4AZRar TRnocled ,0,+540SE ul:d ve(i _Ju.1895(1 _ 016Y5U.uz95f-6 SEzo-Icd0507 D#DRZ 0u2"J5L347Incsinzlctailis D0iAYamp00oo?nnnnarhothtails

Finets M /n> Indiana countie; YEte1EVhetherthey larori cerain MVEMMeT Mnum- Tippecnnos County; 26} fayoted and 252 oppozed, Banton Couty 26U) favored pnd 377 oppored, Is thee_ cridencc (B[ opuuod diticent /c Lat dificrcnt E CpoDions Ot @l facrs favo proenJ| bnc tc encics? pronono ofall] U Tippecaneo Iho favor nrpputtiu pfailin Ncntim Ynn nrdr O.510I D4AZ Rar TR nocled , 0,+540 SE ul:d ve(i _ Ju.1895(1 _ 016Y5 U.uz95 f-6 SEzo-Icd 0507 D#DRZ 0u2"J5 L347 Incsinzlctailis D0iA Yamp 00oo? nnnnarhothtails



Answers

Voles (Microtus ochrogaster) were trapped in fields in southern Indiana and genotyped for a transferrin locus. The following numbers of genotypes were reconded, where $T^{\varepsilon}$ and $T^{*}$ represent different alleles. $$\begin{aligned} &\boldsymbol{T}^{\mathrm{E}} \boldsymbol{T}^{\mathrm{E}} \quad \boldsymbol{T}^{\mathrm{E}} \boldsymbol{T}^{\mathrm{F}} \quad \boldsymbol{T}^{\mathrm{F}} \boldsymbol{T}^{\mathrm{T}}\\ &407 \quad 170 \end{aligned}$$ Calculate the genotypic and allelic frequencies of the transferrin locus for this population.

Problem seen from Chapter 25. I just try to solve MM genetics problems with some genetics and numerical approved. So let us see, based on the information provided in the question, How far can be find the answer. And how can we find the allele frequencies and the genotype frequencies, as we have been asked to find in the question so to find either of them. And they like what genotype frequencies for that matter. We need to first count the total number of walls and, after refering, referring to the question and adding up, even find that the total number of fools is 5945 94. So you can post a video and take your time and calculate by yourself I'll be moving to the next part of the question now. So let us find having found the total number of wars we can now find the Gina Topic and elect frequencies with the information provided and the formula that we know. So the frequencies we need to find now, now the frequencies are Beat me, Treat me. That's me. Given us 407 righted by 594 that we have calculated the total number of war. This gives you the answer to the point. Thanks. Age five, this is frequency of E. Similarly, we can find the frequency of P E. T s. This is a very simple problem. Only if we know the formula, we can come up or we can arrive at the answer very easily. So 1 70 divided by 594 again. And this gives you the answer. This gives you 286 little point to read now similarly will calculate the frequency of now we have calculated the frequency of T e T e p e T f What is left? T f t f is it P S. P s? So see there now calculate in the similar manner we will calculate the number or the frequency, to be exact. Real calculate Uh, just 17 divided by again 594 because that is the total number of But this gives you the answer of zero point to do two nights. Both. This is about the only treatment. Now again, we have to learn another formula so as to arrive to not have the frequencies of each of these f f t e is bill be now calculating FFT me. So as we already know, how do we calculated for PE? Based on the above information that we have sold, he can calculate because the frequency of four p e is us e beat me. Bless the three prints Feels they would be needing the frequency of the e t s all divided by two that is the foreman and just substituting the values into the formula. We will get 0.0 685 best 0.143 3.14 The is equal to little point. Need to eat time similarly like they have calculated f o p e. We need to likewise calculate f o p f performance remains the same. We just have to substitute different values in terms of numbers. The formula would become the fourth pf pf us again sequence of yours The E. P. S. Based on what is asked, we substitute the vent as simple as that and we arrive at an answer rather by two again. This will give us answer all little point Little two or nine Yes, 3.143 f f t e T f remains the same. That's the commonality in border formula for the family. So that is zero point 143 and this gives you the answer of little point 172 So here, to be clear, I can mark all the answers. We first calculated F f T e T e f f e t f and f o T f T f. For each of these, we found out the value. So if you're clear with this, you can substitute the same information in in the in the different formula so as to arrive at an arm, which is 0.0 point 172 and 0.2.

Here we're told were given the area of the region and then periods less than we talked about Homa. For the center of the region. So we have to find both components the X. Component of the sense, right? Of the region and the white component. So to find the X. Component. Like previously, you have to calculate its component. So times the area from the area of being one over 7000 times 96 86 0 to 5. That's approximately 1 69.93. All right. So for the white component again, same thing. We're going to provide the total area of the life component, which is one one my eight A 800 About about 57,000, Which is basically 200 two, three.

Hello and welcome to this video solution of numerous. Here we are given the rules of silver and copper are constantly reducing their scalability in So we have got option A. S case in which is the correct option. Now using the in the Synod process, what we do is okay let's let's try to find out what in what is happening in case of signing process. So let us take the Argentina, which is a G two S. Plus. We have Casey in now for this occasion this gives us a complex of silver. This is okay, ain't you? Him two plus it works now. This compound that is formed is soluble in the solution. He's so little now this is thing for copper also. Thus we can have a quick and select option skc I hope this is clear to you and have a very good thank you.

Yeah in this question we're talking about the population of painful village in Ohio. So it is said that in the early stages of the population growth population can grow according to the law of uninhibited growth. That means can grow according to this general formula that is enough. T. Is equal to and not eat and got off Katie. Well the growth is exponential. Okay it is the time taken or time lapsed then case the growth constant and not as the initial population work. If you use a starting point for example a year then the population in that particular areas and not and please taken from that. But we're starting point okay The year is taking us 1800 then the starting point is 1800. So 80 not one will be won t will be one for 18 or one and N. F. T. Is the population or the regular value at the end of this particular time period. So here what what what they asked is that from the data is given, we had former function for the population of painful and then predict the population of 2010. Okay so from these two letters, what we don't understand is that Uh from the year from India of 1860 the population was 2649 And by 1990 grew to 7,272. So in a trough in a matter of 60 years the population grew almost like three times not three times but yeah at least 2.5 times. So if that is the case then form a function for this and then predict the published about 2010. So here if you we have we have a big 186 years starting point. So that means uh the eagle is wrong means 18 60 but that is And not is the population in 1860. So we'll have a notice 2,469. Then We have the data of 1920 that is after 60 years. So when these are going to 16 The year is 1920. That means then we will do or N. F. D. For that matter N. F. D. Or and what they're saying because you're taking the time period of 69 of 60 years. Right? So that means anything will do 7272. Using this. We need to find the value of Cape. So that began former function. So substituting these values in the question. We can write 7,272 is equal to 2,649. Multiplied by eight to the bar O. K. Multiplied by 60 right, 69 period It took from and not to go to N. F. T. Okay, so dividing both sides by 2016 for Dominican right? The triple of 60 k. is equal to 7,272 developed by 2,016 49. Now we're gonna play log so use natural with them because we have easier. Okay so 20 knots log Ln bt bottle 60 by K 60 K. Is equal to Ellen 7272 divided by 2649. Right? So we're playing the properties along with um here we can right 60 K 60 K multiplied. Brain has a lot of is also there but it is one so we don't need to write it. So that is, it has a logo 7272 divided by 2649. That means K. Is equal to, That's a lot of 7,272 divided by 2,649 hole divided by 60 and this will be listen to me. Hmm. Yeah. Yeah. Okay. That's a lot of 7,272 developed by 2,649. Yeah. Uh well by 60. So that is 0.0 16 eight. So everyone's, everyone succeed is the value of K. So the function that governs this particular the population of uh in India painful village can be written by submitting the value of K. And and not in this question. So we'll take and not as to the 16 and 49 care value that be calculated. So t if you will put the that is the years from 18 60 will get enough to. Okay, so function yeah. Look enough to is equal to and know that is 2649, 2649 multiplied by E. To the bar off zero point Katie, right? 010168 18. So here if you give the tea as the years from 1918 60 Yes, 80 16, you will get this part of the population at that in that year. So if you're giving 60 tr 60 when you get the cooperation of 1927 2272. Uh So what we have to do is that I had to find the population of population of 2010. That means T is equal to do you think of the homeless? 158. So after days we live 150. So it's absurd that enough. 115 Is equal to 2649 multiplied by it to the bottom. 0.0168, multiplied by 150. And that will be 2000 extraordinary. Multiplied way eat the Gaurav .0168, multiplied by 150 .0168, multiplied by 150 Will be 30, That is 30, 900 20 323. Is what you will get you have 35. But Thing is uh population can't read as well. Right? So that means we have to talk to the 923. So that means this is the, this was the expected population of this is the expected population in 2010. But the actual population actual population is actual population is according to the census, 19,000 19,000 500 560 50. This is the actual population. So you can see that there is a huge difference of around like 13,000 uh, comparing these two values. Right? So that means initially. So what can we say that in front of this is that initially the population grew like like exponentially exponentially, but after certain period, uh, you know that even the population is increasing the land areas is the same. Right? So according to the land area, you're the population will be limited by different factors. So that means the population growth, even though it initially went like this, it's The slope became, you know flat up after some time. So that's what beginning from this and yeah, the following. Uh, what other details of this question is actually? This question has actually a second, but the excess number 37. So, well, deal with that later in that question. So, I hope you understood what was that was discussed here. Okay, so one second step, so we have a case of uninhibited growth that is the population that is starting to do in a particular area can grow according to the law of an individual growth. So that the question of going, this is this enough capable and not allocating. Uh we are talking about the village of painful and the population in 1868-19 to the argument. So with this we are supposed to form a function and we found the value of K. And with that from the function. Okay. And with that function we predicted the population of 2010, but we found a major discrepancy between the actual population and the expected population. So uh what began interested even the population growth was like huge in the initial years. It started to slow down your later in time. So yeah, so that's it. I hope you understood and it's clear. Right.


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