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(BONUS) If these pea plants happened to violate the principles of Mendelian dominance, what would the pea pods of a "codominant" pea plant look like? They would end up a totally different color Somewhere between wrinkled and smooth A little bit wrinkled and a little bit smooth

          (BONUS) If these pea plants happened to violate the principles of Mendelian dominance, what would the pea pods of a "codominant" pea plant look like?
They would end up a totally different color
Somewhere between wrinkled and smooth
A little bit wrinkled and a little bit smooth
        
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(BONUS) If these pea plants happened to violate the principles of Mendelian dominance, what would the pea pods of a "codominant" pea plant look like?
They would end up a totally different color
Somewhere between wrinkled and smooth
A little bit wrinkled and a little bit smooth

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Biology for AP Courses
Biology for AP Courses
Julianne Zedalis, John Eggebrecht
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(BONUS) If these pea plants happened to violate the principles of Mendelian dominance, what would the pea pods of a "codominant" pea plant look like? They would end up a totally different color Somewhere between wrinkled and smooth A little bit wrinkled and a little bit smooth (BONUS) If these pea plants happened to violate the principles of Mendelian dominance, what would the pea pods of a "codominant" pea plant look like? They would end up a totally different color Somewhere between wrinkled and smooth A little bit wrinkled and a little bit smooth
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Transcript

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00:01 So looking at pea plants, round seeds are dominant over wrinkled.
00:05 So i'll have capital p for round, little p for wrinkles.
00:10 Just stick with the letter that they've used.
00:15 And we want to work out what happens if you cross two pea plants that are heterozygous.
00:21 So heterozygous means they each have one big and one little p.
00:26 And we're going to do the punit square.
00:30 So, yeah, the gametes are along the outside.
00:32 Like so, but we need to fill it in.
00:40 Okay, so the problem here appears to be on how it's been filled in.
00:48 So this square will get a capital p from this, a dominant allele, and a dominant allele from this.
00:56 This square gets a recessive allele from this parent and a dominant allele from this parent.
01:04 This square gets a dominant allele from this parent, so it goes there, and a recessive allele from this parent, and this one gets a recessive from each, like so...
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