Final answer:
The formula ~ (D → E)&(FvG) is categorized as a conjunction because it combines a negation of a conditional statement and a disjunction with the logical 'AND' symbol.
Step-by-step explanation:
The formula ~(D→E)&(FvG) falls into multiple logical categories: negation, conjunction, disjunction, and conditional. Breaking it down:
- ~(D→E) represents a negation of a conditional statement. '~' is the symbol for negation, and '→' represents a conditional relationship or 'implies'.
- (D→E) in itself, without the negation, is a conditional statement.
- (FvG) is a disjunction, where 'v' symbolizes the logical 'OR'.
- The entire formula ~(D→E)&(FvG) is a conjunction because of the '&' symbol tying the two parts together, which represents the logical 'AND'.
Given these pieces, the overall category of the formula is a conjunction, despite it containing elements of negation, disjunction, and conditional within it.