Answer:
Smooth hair is dominant in horses, and curly hair is recessive: Ss
Black hair is dominant, and chestnut hair is recessive: Bb
Explanation:
Dominant traits are the strong traits pass in the next generation and an individual show dominant traits while recessive traits are the weak alleles that are less likely to pass in the next generation.
It is given:
Smooth hair = S
Curly hair = s
Black = B
Chestnut = b
So according to this, horses with Smooth hair as dominant trait and horses with curly hair as a recessive trait will be referred as <u>Ss</u> and Black hair is dominant, and chestnut hair is recessive will be referred as <u>Bb.</u>
I believe its c.70-90
Hope its right.
The answer is called encapsulated. Hope this helps, please don't forget to say thanks.
Answer:
The answer is "frequency with which they are activated".
Explanation:
Frequency refers to the number of consecutive repetitive events per unit time. It is measured in hertz (Hz), equivalent to a single event per second. The time is the number of one cycle in a recurrent event, and so the duration is the same for the frequency, hence the frequency at which they are triggered is a key determinant of the brain's connections to be eliminated and maintained.
Because they each get half their dna from both parents. in pea plants for example the offspring have a total of 14 chromosomes thus inheriting 7 from each parent. plus genetic mutation is always a possibility making the offspring genetically different from the parents.<span />
