00:01
In order to answer this question, we have to make paneled squares.
00:04
So you have a following cross.
00:05
Hitro cycle for a, hetero cycle for b, heterozygot for c, heterosylasease for d, and heterosegos for e.
00:13
And you want to cross this with a homozygoyococic for a, a heterocygousous for c, heterocytes for d, and a homozygoticyrocyg c for a.
00:22
You want this cross.
00:24
And it says that what proportion of the porginy will phenotypically resemble the first pairing? so you want to get this genotype here or phenotype.
00:34
So instead of making a very big panel square, you will have to make five monohybary panel squares.
00:39
For example, this with this, this, this with this, this with this, this with this, this with this, this with this, so let's make those panellide squares.
00:47
You're going to get heterocygoyles, with a homocygoyles, you're going to get heterozygoyles, heterocygous, gaseaseaseaseaseaseaseaseaseaseaseaseaseaseaseasease.
00:54
Then for b, you're going to get heterocygoyles for b, cidrosylos for b homozygous domino, hidrocygos, hidrocygos, and homo, sego, recessive.
01:04
For c, you're going to get cytrocygos and homocygo decessive.
01:08
You're going to get here, heteroszygot, hidototot, and homocego's recessive, and homo sego's d.
01:13
For d, you're going to get heterosaios, with another hidotototototot g, hibrosaios, hidototigos, and homo cigigis and homo cicicicin excessive.
01:22
And, and friendly for e, you're going to get chitrosaiosos for e, and you're going to get hidotototototot cilil here heterozygos, heterozygos, homocego recessive, and formosayal recessive...