Hold up 3 different coloured cards and ask her which is the red one
yes
Because the male has a mane and the female does not have a mane.
100% of all male offspring will be colorblind. 0% of all femal offspring will be colorblind.
the colorblindness is usually not activited in a female body but is usually seen in male
A lion The male is a lion and the female is lioness
the first person that had color blindness was Mike Lion
Not necessarily. The allele for colorblindness is recessive. For a female, in order to be colorblind she must have to recessive alleles for colorblindness. Example: XcXc would be colorblind. XCXc would be a carrier for colorblindness, but not colorblind. For a male, because colorblindness is a sex-linked gene, he only needs one allele to be colorblind. Example: XcY is colorblind. XCY is not colorblind.
Color blindness is typically inherited as an X-linked recessive trait. A colorblind female must have two copies of the colorblind allele (one from each parent), meaning she must inherit the allele from both her mother and father. In this scenario, the normal male (with a normal X chromosome) can only pass on a normal X chromosome to his daughters, while the heterozygous female has one normal X and one colorblind X, meaning she can pass on either allele. Therefore, the combination of a normal male and a heterozygous female cannot produce a colorblind daughter.
A zebras stripes are actually camouflage to a colorblind lion. If they are standing still a lion can completely overlook it.
Larger than the female, with a more robust skull.
Lion: cubs (for both male and female)Tiger: cubs (for both male and female)Lion: cubs (for both male and female)Tiger: cubs (for both male and female)Lion: cubs (for both male and female)Tiger: cubs (for both male and female)Lion: cubs (for both male and female)Tiger: cubs (for both male and female)Lion: cubs (for both male and female)Tiger: cubs (for both male and female)Lion: cubs (for both male and female)Tiger: cubs (for both male and female)
50 percent