The question is incomplete as it does not have the options which are:
1.a pea plant with all purple flowers and a pea plant with all white flowers produce a pea plant with all purple flowers
.
2.a black sheep and a white sheep produce a gray lamb;
3.a mother with straight hair and a father with curly hair have a son with wavy hair
4. a mother with type A blood and a father with type B blood have a daughter with type AB blood;
5.a green fish and a yellow fish have mottled green and yellow offspring
Explanation:
Complete dominance: A condition in which one of the two alleles shows its complete effect in the form of phenotype in a generation, therefore, the example of a cross between purple and white flower is considered complete dominance as purple colour is produced in a generation.
Incomplete dominance: An event in which both the alleles in an organism do not show their complete effect and a new variant of the phenotype is produced therefore the wavy hair is a new variant of the hair and similarly, grey coloured lamb also are considered the example of incomplete dominance.
Co-dominance: a genetic event in which both the alleles in an organism produces their equal effect on the phenotype and therefore the blood group and the mottled green offspring examples are considered the examples of co-dominance.
Answer:
yes because it violent animal Rights and affect the ecosystem
Answer:
Frequencies of allele and are and respectively.
Frequencies of Individuals with genotype respectively.
Explanation:
As per Hardy Weinberg's equation -
----------Equation (A)
-----------Equation (B)
Where "p" represents the frequency of "
"q" represents the frequency of "
represents frequency of individual
represents frequency of individual
represents frequency of individual
Here genotype frequencies are -
Substituting this values in equation A, we get
Frequencies of allele and are -
For
Substituting this value in equation B, we get
Frequencies of allele and are and respectively.
Frequencies of Individuals with genotype are respectively.
Answer:
If a trait is seen more useless than over traits, through evolution that trait will become more enhanced while other trait diminish.
Explanation:
For example, if a fish wants to live on land, through evolution the fish will develop lungs and a nose in exchange for gills.