answersLogoWhite

0

no because if they can see a lion from miles away they must not be.

User Avatar

Wiki User

16y ago

What else can I help you with?

Continue Learning about Natural Sciences

Man who is color blind marries a woman not colorblind and doesn't have recessive allele will their children be carriers of the color blind allele?

50%AnswerColourblindness is a sex-linked recessive mutation i.e. the mutation is carried on the X chromosome. If a colour blind man married a carrier woman they could produce a carrier daughter, a colour blind daughter, a normal son or a colour blind son. The probability of each phenotype occurring is 25%.If XC represents the normal allele for seeing colour and Xc represents the colour blind allele the genotypes of the possible offspring would be as follows:Carrier daughter = XCXcColour blind daughter = XcXcNormal son = XCYColour blind son = XcYThis information is incorrect. In fact a woman can be color blind. My mother is color blind as are my brothers. My sister and I are not though we carry the gene. I have two daughters and one is color blind and the other is not color blind.The information I gave is not incorrect - I have included the possibility of that 'mating' producing a colour blind female child.


How zebras's black and white stripes help them to camouflage?

The stripes help to break up the shape of the zebras' bodies, making them stand out less. The wavy lines blend in with the waving grass. The black and white color is not an issue because the zebra's major predator, the lion, is color blind.


What are 6 zebras called?

A group of zebras is called a herd, zeal, or dazzle of zebras.


Can dogs be really color blind are scientist true or false?

Dogs can see colour but the only colours they can't see is red and green. Red to them is a light pink and green is white to them.So yes, dogs can see colour it is un-true about being colour blind.


How many percent sons will be color blind if father is colourblind?

Colour perception is carried on the X chromosome. Boys are XY, Girls are XX so in girls, colour perception is enhanced. If colour perception is lost on the X chromosome in boys, the effect is severe and effects between 1 in 12 to 1 in 20 boys. In girls the likelihood of both chromosomes being defective is very slight so colour perception problems in girls are very rare indeed (1 in over 200).