Example Hardy-Weinberg Problems

[@trippyspiderman]

Why did this video teach me everything I need to know in the first view. You rock and I love your encouraging teaching style. Wish I had more teachers like you maybe I wouldn’t need youtube lol

[@Serwada237]

Hahaha I’m doing my masters too we just recently did Hardy Weinberg 😂I didn’t understand in class 😂

[@Serwada237]

Hahaha I’m doing my masters too we just recently did Hardy Weinberg 😂I didn’t understand in class 😂

[@damisikayode2168]

I don't usually comment, but I just want to thank you for your hard work. This was an extremely helpful review for me!

[@simonmwilola2551]

well i must say that you are the only one who has explained this equation in a very simple and straight way which has helped me understand. Thank you so much.

[@RahulRaj01401]

Wow soo cute explanation 🙏✨ first time i clearly understand Hardy Weinberg equilibrium based questions... I can't explain .. My feelings is on upper levels.. Thank you🙏 thank you so much...you are grt.. 👏my fav cheenal on KZbin... Love you❤ from🇮🇳🇮🇳🇮🇳🇮🇳🇮🇳🇮🇳🇮🇳🇮🇳

[@himanshubaiga3228]

Cheenal 🥹💀

[@Omaaarwithanr]

Med student here thx u sooo much

[@NSHIMYUMUREMYIEliezel]

Thank you I do not have things to give you for your help from this perfect and helpfull video , let me ask to God , be blessed dear Teacher

[@katherinesills439]

I wanted to thank you 🙏 for making this video. You solved my problem about counting allele.🥰

[@Ranjithkumar-nt2uc]

Perfect demonstration… being teacher, a felt ur awesome teacher… explained HW equilibrium in very easy manner… kudos to you👏

[@Lemurai]

Someone in my class called this the Harvey Weinstein equation 😂😂😂

[@historyguy8353]

😂😂

[@cathywillies1927]

😂😂 omg find him for me

[@tadiwanashekerste]

😂😅school can been like that

[@karissamagana]

appreciate the practice and explanation after. thank you so much!

[@ravindrachahar1355]

you just unlucky if you did not find this video

[@hugoposada2923]

SOOO real

[@silverink0]

very informational, I loved every second of this video. It really helped me a lot :)

[@sandiyaparthasarathy7119]

Very clear explanation. Thank you so much mam

[@Natureandwildlife-zp7be]

Outstanding explanation mam❤

[@nobey1kanobey]

Genuinely helpful.

[@LunarNkhoma]

Thank you so much, this helped in Malawi today!❤️

[@Chivende]

Wow you just saved my life 🎉❤

[@JuanPablo-mw3tq]

I ADORE YOU THANK YOU SO MUCH!

[@mx_r0se]

thought i was locked in on this topic but MASSIVELY failed the quiz on it. watching this to prep for tutoring tomorrow :,)

[@arfajamal3768]

10:58 when we start calculation from 1789÷2361 Then all further calculations get different ans y??? Can anyone explain

[@mzzeta_malik1974]

Hi how about multiple alleles?

[@Serwada237]

Wow wow ❤this is so nice 👍

[@haniaelhendawi7115]

thanks so much! by the way you are adorableee

[@CharlesDeclaro-w4r]

Why did you multiply it to 2?

[@ChukwuFavour135]

This was really helpful❤❤

[@GiftHyten]

Thank you so much you really helped me!!!

[@tomoyakun9294]

excuse me, how do you determine if a trait is recessive or dominant ?

[@usermeiow-rv5jf3ub5r]

By the letter if its in lowercase its recessive and if its in uppercase its dominant Even by the num of the thing give like if u have something for example 300 and 60 here we have the more is dominant and the less is recessive so 300 is dominant and 60 is recessive

[@usermeiow-rv5jf3ub5r]

Hope that helped

[@tomoyakun9294]

@@usermeiow-rv5jf3ub5r a lot actually, thank you for answering

[@ik-qz9mr]

Best explanation ever

[@gracaserra2135]

super useful video, thank you very much for this detailed and perfect explanation :))

[@soniyamerit]

7.8 minutes why the q² is 0.16 not 16 where did it get that how it converted to.16

[@lucyb5028]

Do I still put the percentage even if the question only askes for the frequency?

[@sobia9963]

2:35 why do we divide 54/600?

[@IvanStPh]

An easy way to remember that you have to divide it with the number of entities in a population is that when you square root the number ('q^2') to get 'q', you're not going to get a number smaller than 1. For example, in this case, if we did the square root of 54 we would get q=7.4. So now, if we go back to the formula p+q=1, you see that it makes no sense, the number has to be smaller than 1.

[@Nova-r6s7n]

It's because Frequency of individuals= individuals/total population

[@meetzala1234]

It's was amazing

[@abhirajdas]

thank you so much madame.

[@JosephGacis-td2lo]

how do you get 0.7 in p?

[@JosephGacis-td2lo]

ok I get it 1-0.3 =0.7

[@Ssvideos-official]

P+q=1 P+0.3=1 P=1-0.3=0.7

[@silethokuhlendlovu]

thank you a lot

[@sayleesurve7938]

Very nice explanation mam

[@xb-06-areenjena20]

Thank you Ma'am ❤

[@purvalambat305]

Okay okay !

[@shreyakandari2050]

if i would have done this before, my perfect 100 score would have been in my hand

[@ayeshayaseen2534]

Useful 👍

[@sawantimondal8445]

Thanks ma'am❤

[@avacairns6890]

thank you!!

[@nasserbenomar]

thanks a lot

[@alyssamartinez8676]

Thx

[@Azeezahmed104]

But how p get I can't get that anyone can help me

[@paulinaxxxx2100]

Thank you so much