your total approach is fantastic,but you need to check your video before posting; eg. you said no random, but it should be random mating in order for H.W equation to be in equilibrum
I appreciate you shomu and I thank you very match for the best explanation on Hardy-Weinberg equilibrium and other youtube videos I have seen. you are the best teacher in molecular biology in general
Sir your classes are really nice. I regularly see Sir’s classes. It's really useful for me and also for other students. I proposed my friends to watch your classes. Thank you sir😇
8:19 I😄 appreciate that energy specifically. It shows the love and confidence towards your subjects which you're teaching. Bdw, your methods of teaching doesn't fail. Keep it up ,sir
Hey bro Shomu.. the requirements of Hardy Weinberg are based on Mendelian genetics thus Point no 1. All the genetypes must survive 2. Random mating is must to maintain that equation.. on the best side.. I loved this video.. keep up d good work bro. u Rock!! Impressive work bro..
Bhaiya, You know so many things why you are here and not in a college and doing research and studying further ...you have the spark ...why not utilizing the talent?
What am I doing here?? India needs good teacher to teach them science well. I am building generation of researchers and scientists in biological science field.
Sir you teach very nice...I was finding a good channel for anthropology ..and I found it.. thanks a lot for your support...and sir plz upload current reaserch on anthropology studies... thanks a lot for your support....
Sir The population should not be large bcz the larger the population the higher the chance of speciation...With great respect sir...u r doinG an amazing job
Before watching this lecture i read the same topic in the book that time it's confusing but now i understood the concept of Hardy weinberg law It's really useful video to me thank you sir
Dear sir, i am really thankful to you for all your classes. This vedio is also remain helpful to me. but there is a little mistake at 8:38 minutes. Here it will be the population should be randomly mating. Please check it 😌
Amazing video bro ... really helpful for my exams ...Thereye was as little mistake which can be happened during leacture that "mating should be random" .
By taking inspiration from you I have started my channel of education for secondary level students for biology You are really an inspiration for me and i am soo happy that i have got reply from your side, reply from the person with whom inspiration I have started educating people Thank u soo much 😇
sir m glad to your job. your videos are very helpful. I will be very thankful to you if u upload some lecture videos related to enthobens law and determination of electrical axis of heart using this law
It's fine with a few mistakes, i was able to see it and that kept me attentive and focused. If anything, mistakes like this should be deliberate, thanks fora good lecture, now i'm ready to use Hardy-Weinberg for my exam
Very informative. Please share about different parameters of genetic diversity like, Nei's gene diversity heterozygosity (observed and expected), and related things
Please calculate the following 1) If 1 in 3200 kids affected with Cystic fibrosis, assuming the alleles are at Hardy-Weinberg equilibrium, what is the Freq of disease causing CFTR alleles in this populn? (Cystic fibrosis is a AR condition) 2) approx what percent of individuals of this populn decent are carriers of cystic fibrosis? A lil urgent Thanks in advance
I know that according to Hardy weinberg, there should be random mating... But I don't understand why does it deliberately opine for random mating? Can anyone leave some insights about this matter?
Sir how to solve this problem Sir please reply me or email me sir and question is A sample of 100 people from a particular population was tested for their MM blood antigen and was found to be distributed. MM-41 MN-38 NN-21. Calculate the gene frequency of M and N according to hardy weinberg principal, ?
@@vaibhavchhaya9145 respected sir/madam, i have a question the answer turns out to be M=60 and N=40....but how u gave it as M=0.6 and N =0.4 ....can U explain me?
To get the frequencies, you have to divide with the total no of people in the population( that is 100). You are not dividing by 100 that's why you are getting 60 and 40 So, Number of people with MM genotype=41 and Frequency/Fraction of people with MM genotype=41/100=0.41 Do this for MN and NN, apply it you will get 0.6 and 0.4
dude at this point i wish i could just send my tuition fees straight to you because you saved my ass MULTIPLE TIMES during bsc and msc and i'm currently watching your vids before my masters final exam. you might earn me my phd as well lmao
Best teacher is said to those who explains in simplest possible way and let his pupil understand. Thereto, Sir you are one of a kind awesome👏
Thank you so much for appreciating my efforts
your total approach is fantastic,but you need to check your video before posting; eg. you said no random, but it should be random mating in order for H.W equation to be in equilibrum
I appreciate you shomu and I thank you very match for the best explanation on Hardy-Weinberg equilibrium and other youtube videos I have seen. you are the best teacher in molecular biology in general
You're welcome. Glad to hear that you're getting benefit from my lectures. Please subscribe and share
Excuse me sir...in hardy weinberg equlibrium ..mating should be random know sir...i think it should be random.
@@Nithyavibinparavani yes
You are better than many university professors, than all my MSc anthropology professors. Thank you
Thank you so much for appreciating my efforts
@@shomusbiologyofficialar😅😊d
You are among the few who can clear concepts so well... Your simple and crisp explanation is amazing...keep doing more videos..😍😍
Sir your classes are really nice. I regularly see Sir’s classes. It's really useful for me and also for other students. I proposed my friends to watch your classes. Thank you sir😇
You're welcome. Glad to hear that you're getting benefit from my lectures
8:19 I😄 appreciate that energy specifically.
It shows the love and confidence towards your subjects which you're teaching.
Bdw, your methods of teaching doesn't fail. Keep it up ,sir
So many people became aware about so many branches of biology, due to your video and effort.
Which branch are you from?
@@parthibchakraborty9752 biotech
I love the style this guy uses, gestures, expressions... Love it.
You're welcome. Glad to hear that you're getting benefit from my lectures
Happiness is searching a topic and finding your video 😂😂🤩🤩❣️ thanks alotttt mannn
Glad to hear that you are getting benefit from the videos
Thank you so much sir for clear explanation of hardy-weinberg law, it was very helpful.
You're welcome. Glad to hear that you're getting benefit from my lectures
All of your videos help me to improve my biology.thank you 🙂
Glad to hear that you are getting benefit from the videos
@@shomusbiologyofficial OK sir
U proved that old is gold sir g proud to be ur student ......
Thank you so much for appreciating my efforts
And what about my question???
Hey bro Shomu.. the requirements of Hardy Weinberg are based on Mendelian genetics thus Point no 1. All the genetypes must survive
2. Random mating is must to maintain that equation..
on the best side.. I loved this video.. keep up d good work bro. u Rock!! Impressive work bro..
Yes you r right
Yes exactly
Bhaiya, You know so many things why you are here and not in a college and doing research and studying further ...you have the spark ...why not utilizing the talent?
What am I doing here?? India needs good teacher to teach them science well. I am building generation of researchers and scientists in biological science field.
Nice, You are a good Human ♥️
Respected sir, don't think about negative comments your work is great.Thank u very much dear sir.
You're welcome. Glad to hear that you're getting benefit from my lectures
You are the hero....I got to learn alot from your session...loads of gratitude...
Thanks for your video...❤️❤️
Thank you so much for appreciating my efforts
Thankyou, for making concept clear
You're welcome. Glad to hear that you're getting benefit from my lectures
Sir you teach very nice...I was finding a good channel for anthropology ..and I found it.. thanks a lot for your support...and sir plz upload current reaserch on anthropology studies... thanks a lot for your support....
Thanking you for all your hard work and effort .........for us. 💓✨
Best video ever on Hardy Weinberg principal....❣️❣️
Thank you
Sir The population should not be large bcz the larger the population the higher the chance of speciation...With great respect sir...u r doinG an amazing job
Thanks sir. Darun explanations as always.. concepts clear hoe gechhe
Nice explanation sir if I have any doubt then directly I open you tube and search your video.. It's amazing 👍👏👏👏
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@@shomusbiologyofficial Thanks a lot sir.. Keep up the good work
You are literally my saviour sir 🙏❤️
Thank you so much for appreciating my efforts
Before watching this lecture i read the same topic in the book that time it's confusing but now i understood the concept of Hardy weinberg law It's really useful video to me thank you sir
Best Biology exaplanation I ever found 😊😊🔝
And A great respect for you sir 🙏
Thank you so much for appreciating my efforts
Sir you have been my savior this semester of genetics, thank you so much for your content!
You're welcome
You are the best teacher in the world
Thank you so much for appreciating my efforts
Dear sir, i am really thankful to you for all your classes. This vedio is also remain helpful to me. but there is a little mistake at 8:38 minutes. Here it will be the population should be randomly mating. Please check it 😌
Random mating
Amazing video bro ... really helpful for my exams ...Thereye was as little mistake which can be happened during leacture that "mating should be random" .
Glad to hear that you're getting benefit from my lectures. Yes ot should be random mating population
Theeeee mostttttt preciseeeeee explaination
Thank you
really.......you are doing very appreciable job........we don't get content easily on youtube for these topics.....your explanation is very helpful.
Thank you so much for appreciating my efforts
You are grt inspiration for teachers like us
Thank u soo much😇
You're welcome. Glad to hear that you're getting benefit from my lectures
By taking inspiration from you I have started my channel of education for secondary level students for biology
You are really an inspiration for me and i am soo happy that i have got reply from your side, reply from the person with whom inspiration I have started educating people
Thank u soo much 😇
Thank u 🙂🙏🙏🙏🙏
You're welcome
Thanks shomu's biology
At last i came to understand hardy Weinberg law✊👌
You're welcome
Brother, thank you so much.
You're welcome
I always prefer Ur lectures on my doubt topics only during my exam Times.. It's really helpful Everytime
Glad to hear that you're getting benefit from my lectures
Sir you are the best.
Thank you
Thank you once again.
You're welcome
Thanku so much sir🙏🏻🙏🏻
You're welcome
Thank you for this video😍
You're welcome
Thank you for posting this video. I think you need to make a correction for mating will be random.
Yes yes
sir m glad to your job. your videos are very helpful.
I will be very thankful to you if u upload some lecture videos related to enthobens law and determination of electrical axis of heart using this law
Good bro,I like your idea
Good bro,I like your idea
Ur much better than our teachers sir
It is very helpful to my upcoming board exams plzzz keep it up
You're welcome. Glad to hear that you're getting benefit from my lectures
This video was very helpful .. thanks a lot 😊
It's fine with a few mistakes, i was able to see it and that kept me attentive and focused. If anything, mistakes like this should be deliberate, thanks fora good lecture, now i'm ready to use Hardy-Weinberg for my exam
It must be random mating
6 yrs old video😱tq sir❤watched on 11 April 2023😌
Glad it helped
Please take a class on molecular biology sir,it will difficult to understand sir, please kept a classes on that topic sir
Best explanation ...tysm sir🙏
You're welcome
Please upload a video on mosaic embryo and regulate embryo and table with differences
OMG
Thanks a Lot
You guided and like explained so WELLL
THANKS A HELL LOT DADA 😍
Glad to hear that you're getting benefit from my lectures
@@budhuramlakra5807 really ?
I found this helpful you might not.
It's your problem not my
Super explanation
Thank you
Wonderful video. But second condition is wrong, as random mating is required.
Random mating is required
Thank you 👍
You're welcome
Sir thank u for this video
You are a brilliant teacher
Thank you so much for appreciating my efforts
Dadagiri should ask you come there. :)). Sir you are the best bio teacher of Bengal as well as our country.
Thank you so much for appreciating my efforts
@@shomusbiologyofficial Thank you so much sir. For giving us these useful and free contents. I'm your regular UA-cam student.🙏🙏🙏🙏
Onk din por apnar class korlam Sir... Khub vlo laglo apnar class kore
Thank you
To the point explaination thanks sir
Thank you
your method of teaching is Absolutely Right and easy pick sense
can u tell me what is your Qaulification 😊
plzz....
😧
perfect xplanation ..tq sir
You're welcome. Glad to hear that you're getting benefit from my lectures
You should have elaborated the "2pq" thing
sir, i think you mistakenly said 'no random mating' but random mating is necessary in maintaining a population according to H-W law.
Thank you, Sir.
You're welcome
thanks for your help in my study
+Anand Gupta you're welcome
Tnks...bro
Yr explanations are always awesome..do more videos..💚
Thank you sir 🙏
You're welcome
really useful thank you brother.....
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Thank u sir ... This video of yours helped alot 😃
Glad to hear that you are getting benefit from the videos
Superb explanation..........Thank you
+Manish Kumar you're welcome
Sir ap bhut acha padatey h :-)
Concepts clear ho jaty hai... Thank you soo mucj sir
Thank you. Glad you liked my lectures
Very informative. Please share about different parameters of genetic diversity like, Nei's gene diversity heterozygosity (observed and expected), and related things
It was a fantastic explanation
Thank you
Your explanation is very nice and understanding and suggest my friends to Learn and susbcribe your channel it will very helpful sir,thank you sir
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hi, bro we will watch all of ur videos. it is easy to undertand .so thank u so much, for ur clear explanation.
Dhonnobad .... Eta Sera chhilo.!!
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Plz do a video on heterosis and it's theory and objections of these heterosis theories
i really admire ur hard work
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As always super video!!
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great sir
Thank you
Thanks a lot sir 👌👌👌👌
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amazingly described...thnk u sir
+Manish Banik you're welcome
Thanks ☺️👍
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13 minutes well spent, thanks mate 👍
sir you are amazing 😁 I learned a lots of basic from your video .all your video are helpful for the students 👍
thank u soo much.....i understood everything...well done..keep it up
You're the best man thanks
Glad to hear that you are getting benefit from the videos
Please calculate the following
1) If 1 in 3200 kids affected with Cystic fibrosis, assuming the alleles are at Hardy-Weinberg equilibrium, what is the Freq of disease causing CFTR alleles in this populn? (Cystic fibrosis is a AR condition)
2) approx what percent of individuals of this populn decent are carriers of cystic fibrosis?
A lil urgent
Thanks in advance
I know that according to Hardy weinberg, there should be random mating... But I don't understand why does it deliberately opine for random mating? Can anyone leave some insights about this matter?
Amazing
Thank you
Sir how to solve this problem
Sir please reply me or email me sir and question is
A sample of 100 people from a particular population was tested for their MM blood antigen and was found to be distributed. MM-41 MN-38 NN-21. Calculate the gene frequency of M and N according to hardy weinberg principal, ?
Allelic frequency of M=
freq(MM) + 0.5*freq(MN)
Allelic frequency of N=
freq(NN) + 0.5*freq(MN)
(Solve it yourself)
The answer is
M- 0.6
N- 0.4
@@vaibhavchhaya9145 respected sir/madam, i have a question the answer turns out to be M=60 and N=40....but how u gave it as M=0.6 and N =0.4 ....can U explain me?
To get the frequencies, you have to divide with the total no of people in the population( that is 100). You are not dividing by 100 that's why you are getting 60 and 40
So, Number of people with MM genotype=41
and Frequency/Fraction of people with MM genotype=41/100=0.41
Do this for MN and NN, apply it you will get 0.6 and 0.4
AT 5:20, it is important to note a sixth assumption: that there are only 2 alleles of the gene being analyzed.
dude at this point i wish i could just send my tuition fees straight to you because you saved my ass MULTIPLE TIMES during bsc and msc and i'm currently watching your vids before my masters final exam. you might earn me my phd as well lmao
Thank uh sir
You're welcome
Sir plx make a vedio about HGP also
Sir can you please give an examplw of a population in Hardy Weinberg equilibrium
Tysm 💖
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your channel and topics are very helpful ..
Thank you.
Thanks
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Nice video
Thank you