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Which is equal to 3493^{-49}?\newlineChoices:\newline(A) (3)49(-3)^{-49}\newline(B) 1349\frac{1}{3^{49}}\newline(C) (3)49-(-3)^{49}\newline(D) 1(3)49\frac{1}{(-3)^{-49}}

Full solution

Q. Which is equal to 3493^{-49}?\newlineChoices:\newline(A) (3)49(-3)^{-49}\newline(B) 1349\frac{1}{3^{49}}\newline(C) (3)49-(-3)^{49}\newline(D) 1(3)49\frac{1}{(-3)^{-49}}
  1. Understand expression: Understand the expression 3493^{-49}. Identify the base and the exponent. In 3493^{-49}, 33 is the base raised to the exponent 49-49. Base: 33 Exponent: 49-49
  2. Apply negative exponent rule: Apply the negative exponent rule to 3493^{-49}.\newlineNegative exponent rule:\newlineam=1ama^{-m} = \frac{1}{a^{m}}\newlineSo, 349=13493^{-49} = \frac{1}{3^{49}}
  3. Match with given choices: Match the expression 1349\frac{1}{3^{49}} with the given choices.\newline(A) (3)49(-3)^{-49} is not correct because the base is 3-3, not 33.\newline(B) 1349\frac{1}{3^{49}} is the correct expression, as it matches the result from Step 22.\newline(C) (3)49-(-3)^{49} is not correct because it represents a negative value, not a reciprocal.\newline(D) 1(3)49\frac{1}{(-3)^{-49}} is not correct because the base is 3-3 and the exponent is 49-49, which would result in a double negative exponent, not matching our result.

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