It’s going to be Hydrogen bonding
"Autosomal dominant" patterns of inheritance best explains the transmission of the trait.
<u>Answer:</u> Option D
<u>Explanation:</u>
In single-gene disorders there are several fundamental inheritance modes: autosomal dominant, autosomal recessive, X-linked dominant and X-linked recessive. Nevertheless, these patterns will not be observed by all genetic conditions, and other unusual inheritance mechanisms such as mitochondrial inheritance occur.
Autosomal dominant is an inheritance pattern in which an individual affected has one xerox of a mutant gene and one normal gene on a pair of autosomal chromosomes. Autosomal dominant is one of many ways in which families may transmit a trait or disorder. If one get the abnormal gene from just one parent in an autosomal dominant disorder, than he/she can get the disease.
As water evapo-transpires into the atmosphere from the biosphere and hydrosphere, it cools and condenses. The water droplets in the atmosphere dissolve the sulfur dioxide molecules in the atmosphere forming sulphuric acid.
The precipitation will, therefore, have a low pH because it is acidic. The runoff from the precipitation end up in rivers and ultimately in lakes.
(i’m sorry i am not sure how to link cloud formation)
Answer:
Genotypes of offspring: AA, Aa, Aa and aa
Phenotypes: Possibility that 3 out of 4 offspring will have dwarfism, there is a 1 out of 4 chance that one of the offspring will be homozygous dominant for Achondroplasia and will not be viable
The phenotypic ratio is: 3:1 for the offspring having the phenotype
Explanation:
- After doing a punnet square, there is a 25% chance that one of the offspring will not inherit the Achondroplasia.
- There is a 75% chance that the offspring will inherit Achondroplasia
- There is a 25% chance that one of the offspring will be homozygous dominant (AA) and will not be viable