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Write in exponential notation:\newline(4n3)2(4n^{-3})^{2}

Full solution

Q. Write in exponential notation:\newline(4n3)2(4n^{-3})^{2}
  1. Apply power rule: We need to apply the power of a power rule which states that (am)n=amn(a^m)^n = a^{m*n}. Here, we have (4n3)2(4n^{-3})^2, so we will apply this rule to both the coefficient 44 and the variable nn with its exponent 3-3.
  2. Apply to coefficient 44: First, we apply the rule to the coefficient 44. Since 44 is the same as 414^1, we have (41)2=412=42(4^1)^2 = 4^{1*2} = 4^2.
  3. Apply to variable nn: Next, we apply the rule to the variable nn with its exponent. We have (n(3))2=n(32)=n(6)(n^{(-3)})^2 = n^{(-3*2)} = n^{(-6)}.
  4. Combine results: Now, we combine the results from the coefficient and the variable. We have 42×n64^2 \times n^{-6}.
  5. Write in exponential notation: Finally, we write the expression in exponential notation as a single term. Since 424^2 is a constant, we can write the expression as 16n616n^{-6}.

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