Answer:
50% will be normal and 50% will be carriers
Explanation:
Color blindness is a reduced ability to distinguish between certain colours.
The condition is often inherited. Other causes include certain eye diseases and medication. More men than women are affected.
If such a carrier woman with normal vision (heterozygous for colour blindness) marries a normal man (XY), the following progeny may be expected in the generation: among the daughters, 50% is normal and 50% are carriers for the diseases; among sons, 50% are colour blind and 50% are with normal vision.
Many clinicians diagnose disorders by using criteria listed in the DSM-5. The DSM-5 is the abbreviations for the diagnostic and statistical manual of mental disorders, it is the handbook used by the healthcare professionals as the guide to the diagnosis of mental disorders. It contains descriptions, symptoms, and other criteria for diagnosing mental disorders.
Answer:
Zwitterion
Explanation:
A Zwitterion is mostly molecules of Aminoacid that has both positive and negative end.
<span>The celestial sphere is a coordinate system that uses the Earth as a reference. Declination indicates how far north or south from the celestial equator an object is. Right ascension indicates how far east or west from the vernal equinox an object is.</span>
Answer:
Yes, there will still be a chance for the F2 generation to have a ratio 9:3:3:1
Explanation:
According to Mendel's law of segregation, alleles of a gene pair separate at the time of game formation.
According to the Law of independence, the alleles sort independently into the gametes.
Even if the two traits under study are located on the same chromosome, they will segregate and assort independently at the time of gamete formation.
Also, at the time of meiosis, one of the alleles will arise from each parent hence there will still be a chance for the F2 generation to have a 9:3:3:1 ratio.
