Answer:
This best illustrates the importance of "<u>biological predispositions</u>" in associative learning.
Explanation:
Biological predisposition in humans means that there are internal characteristics humans possess that increase their chances of having certain conditions.
The taste aversion (or dislike) someone develops after eating tainted food and falling ill is as a result of <em>associating the stimuli (the taste of the bad food) with the response (falling ill)</em>.
By associating the stimuli with the response, the body learns to stay away from such food in future, to avoid falling ill again.
This indicates that biological predispositions are more important in associative learning than external stimuli (such as; music or the sight of the restaurant).
Answer:
1. The Montagnards
2. Girondins
Explanation:
The Montagnards were Jacobin deputies in the National Convention during the French Revolution. They controlled the government from 1793 to 1794. Collectively they were called 'The Mountain'.
The Girondins who were also known as Brissotin were a loose grouping of republican politicians who played leading roles during the early stages of the French Revolution.
Answer:
Columbia is the capital city of South Carolina. It’s home to the South Carolina State House, a Greek Revival building set in gardens dotted with monuments. Riverbanks Zoo & Garden is a huge park with animal enclosures and botanical gardens. A diverse collection spanning centuries is on display at the Columbia Museum of Art. Dating to 1823, the Robert Mills House is a mansion and museum surrounded by ornate gardens.
Explanation:
Answer:
The answer is mitotic nondisjunction of X Chromosomes.
Explanation:
Nondisjunction is a type of error that occurs resulting in daughter cells with chromosome numbers that are abnormal (aneuploidy). Due to the error in chromosome numbers, it gives rise to conditions such as Down Syndrome (Trisomy 21) and Turner Syndrome (Monosomy X). Nondisjunction can be caused by;
1. Failure of separation to occur in a pair of homologous chromosome during meiosis I.
2. Failure of separation between sister chromatids in Meiosis II.
3. Failure of separation between sisters chromatids in mitosis.
This gives the 45,X in Turner syndrome. The other X chromosome is partly or completely missing. Hence, the female is born with only one X chromosome.
