Answer:
Frequency of individuals with AA genotype is 
Explanation:
As per Hardy-Weinberg equation, frequency of allele "a" is 
Which means that 
where "q" denotes frequency of allele "a"
As per I equation of Hardy-Weinberg -
where "p" denotes frequency of allele "A"
Substituting the value of "q" we get ,
Frequency of individuals with AA genotype is represented as 
which is equal to
Frequency of individuals with AA genotype is
Answer:
1/2
Explanation:
(4^-1 × 3^-1) ÷ (6^-1)
Since -1 is same power for both 4 and 3 so bases are multiplied which becomes
(12^-1) ÷ (6^-1)
or (1/12) ÷ (1/6)
or 6/12
or 1/2
Answer:
Explanation:
Do not expect something would not be interesting if you still would attend to the event.
Equilibrium is reached when the rates of the forward and reverse reactions is said to be equal to one another, and thus the reaction is said to have attain a state of balance.
<h3>At what time is equilibrium reached?</h3>
The time for a reversible reaction is known to be one where equilibrium is said to be reached during the time when both the curves plateau, and the rate of both reactants and products does not change anymore.
Chemical equilibrium is known to be the state of a system where the rate of the forward reaction is said to be of equality to the rate of the reverse reaction.
Learn more about equilibrium from
brainly.com/question/517289
