I tried the loop method here and it worked out to the same number, are there cases where the loop method will not work? Does it so happen that any node's COI can be calculated from it's parents, then used to calculate it's children?
Hey Nikolay why are you doing (1/2)to the power of 5, instead of to the power of 6? Because you were counting the paths instead of the parents in your previous books. and I thing counting the paths is the correct one implemented in many books.
I tried the loop method here and it worked out to the same number, are there cases where the loop method will not work? Does it so happen that any node's COI can be calculated from it's parents, then used to calculate it's children?
Correct.
@@GeneticsLessons Thanks for the quick reply! So the loop method works on all cases? I'm trying to think of silly inbreeding cases where it fails.
Wow! Very amazing
Glad you think so!
At 15:38 you count "first, second, third, fifth..." Did you skip fourth?
Watch my new video: Why Jews look so different? th-cam.com/users/shortsI28WoDsoh7Q
Thank you! Great videos :)
Glad you like them!
Why did you use the coefficient 6.25%?
Watch my new video " How to develop super memory" th-cam.com/video/9k2sM_jcZUQ/w-d-xo.html
i do understand your formula, better than my prof. haha...thank u
Happy to help!
I have many more problems about inbreeding - check the "inbreeding" playlist on my channel.
Hey Nikolay why are you doing (1/2)to the power of 5, instead of to the power of 6? Because you were counting the paths instead of the parents in your previous books. and I thing counting the paths is the correct one implemented in many books.
You can count passes or nodes - there are two approaches - I show them both in a different videos, both ways are correct.