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Find the first three terms of the sequence defined below, where nn represents the position of a term in the sequence. Start with n=1n = 1.\newline3(3)n3(3)^n\newline_____, _____, _____

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Q. Find the first three terms of the sequence defined below, where nn represents the position of a term in the sequence. Start with n=1n = 1.\newline3(3)n3(3)^n\newline_____, _____, _____
  1. Calculate first term for n=1n=1: Step 11: Calculate the first term of the sequence for n=1n = 1. Reasoning: Substitute n=1n = 1 into the formula. Calculation: 3(3)1=3×3=93(3)^1 = 3 \times 3 = 9.
  2. Calculate second term for n=2n=2: Step 22: Calculate the second term of the sequence for n=2n = 2. Reasoning: Substitute n=2n = 2 into the formula. Calculation: 3(3)2=3×9=273(3)^2 = 3 \times 9 = 27.
  3. Calculate third term for n=3n=3: Step 33: Calculate the third term of the sequence for n=3n = 3. Reasoning: Substitute n=3n = 3 into the formula. Calculation: 3(3)3=3×27=813(3)^3 = 3 \times 27 = 81.

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