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A cross between pure red flower and white spotted with red gives: (Codominance case)
50% white spotted with red, 25% red , 25% white flowers
Made to determine the unknown genotype of the dominant allele.
All choices are correct
50 % redspotted white and 50% white spotted with red
R: red B:blue
Blood group (AB) only
This is the case of codominance
A cross between a fish with red scales(pure) with a fish having blue scales gives 100%fish of blue and red scales. The symbols that may be used are:
50% white spotted with red, 25% red , 25% white flowers
Made to determine the unknown genotype of the dominant allele.
All choices are correct
50 % redspotted white and 50% white spotted with red
R: red B:blue
Blood group (AB) only
This is the case of codominance
In case of codominance:
50% white spotted with red, 25% red , 25% white flowers
Made to determine the unknown genotype of the dominant allele.
All choices are correct
50 % redspotted white and 50% white spotted with red
R: red B:blue
Blood group (AB) only
This is the case of codominance
A cross between white flower spotted with red with another white flower spotted with red gives: ( Codominance case)
50% white spotted with red, 25% red , 25% white flowers
Made to determine the unknown genotype of the dominant allele.
All choices are correct
50 % redspotted white and 50% white spotted with red
R: red B:blue
Blood group (AB) only
This is the case of codominance
A cross between white flower (pure) and red flower (pure) gives 100% F1 (whiteflowers spotted with red):
50% white spotted with red, 25% red , 25% white flowers
Made to determine the unknown genotype of the dominant allele.
All choices are correct
50 % redspotted white and 50% white spotted with red
R: red B:blue
Blood group (AB) only
This is the case of codominance
A cross between white fur rabbit(pure) and black fur rabbit(pure) gives 100% white rabbits spotted with black (F1) :
50% white spotted with red, 25% red , 25% white flowers
Made to determine the unknown genotype of the dominant allele.
All choices are correct
50 % redspotted white and 50% white spotted with red
R: red B:blue
Blood group (AB) only
This is the case of codominance
A man of blood group A (pure) and his wife of blood group B( pure) may give a child having
50% white spotted with red, 25% red , 25% white flowers
Made to determine the unknown genotype of the dominant allele.
All choices are correct
50 % redspotted white and 50% white spotted with red
R: red B:blue
Blood group (AB) only
This is the case of codominance
Test cross is a cross:
50% white spotted with red, 25% red , 25% white flowers
Made to determine the unknown genotype of the dominant allele.
All choices are correct
50 % redspotted white and 50% white spotted with red
R: red B:blue
Blood group (AB) only
This is the case of codominance
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