To answer this question, you need to understand the role of an assembler in the translation of mnemonic statements into machine instructions.
Option A) Duomorphic - This option is incorrect because "duomorphic" is not a term commonly associated with the translation process performed by an assembler.
Option B) Isomorphic - This option is correct because an assembler performs an isomorphic translation of mnemonic statements into machine instructions. Isomorphism refers to the process of preserving the structure or relationship between two entities. In this case, the assembler preserves the relationship between the mnemonic statements and the corresponding machine instructions.
Option C) Trimorphic - This option is incorrect because "trimorphic" is not a term commonly associated with the translation process performed by an assembler.
Option D) Translate - This option is not specific enough to accurately describe the translation process performed by an assembler. While an assembler does translate mnemonic statements into machine instructions, simply stating "translate" does not capture the specific nature of the translation process.
The correct answer is B) Isomorphic. This option is correct because an assembler performs an isomorphic translation of mnemonic statements into machine instructions, preserving the structure and relationship between the two.
