To solve this problem, we need to determine the RNA sequence synthesized by DNA-dependent RNA polymerase using the given DNA template.$\newline$The given DNA template strand is: 3'TACGGCAAATACCTTAC5'.$\newline$RNA polymerase synthesizes RNA in the 5' to 3' direction, complementary to the DNA template strand.$\newline$Let's determine the RNA sequence:$\newline \bullet$The DNA template strand is read from 3' to 5'.$\newline \bullet$The complementary RNA sequence will be:$\newline$ - T (DNA) pairs with A (RNA)$\newline$ - A (DNA) pairs with U (RNA)$\newline$ - C (DNA) pairs with G (RNA)$\newline$ - G (DNA) pairs with C (RNA)$\newline$ - C (DNA) pairs with G (RNA)$\newline$ - A (DNA) pairs with U (RNA)$\newline$ - A (DNA) pairs with U (RNA)$\newline$ - A (DNA) pairs with U (RNA)$\newline$ - T (DNA) pairs with A (RNA)$\newline$ - A (DNA) pairs with U (RNA)$\newline$ - C (DNA) pairs with G (RNA)$\newline$ - C (DNA) pairs with G (RNA)$\newline$ - T (DNA) pairs with A (RNA)$\newline$ - T (DNA) pairs with A (RNA)$\newline$ - A (DNA) pairs with U (RNA)$\newline$ - C (DNA) pairs with G (RNA)$\newline$The resulting RNA sequence is: 5'AUGAACGGUUUAUGGUAAG3'.$\newline$This corresponds to Option 3.