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Simplify. Express your answer using a single exponent.\newline(4s9)4(4s^9)^4

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Q. Simplify. Express your answer using a single exponent.\newline(4s9)4(4s^9)^4
  1. Apply Power Rule: Apply the power of a power rule to the expression (4s9)4(4s^9)^4. The power of a power rule states that when raising a power to another power, you multiply the exponents. In this case, we have an exponent of 44 being applied to both 44 and s9s^9. (4s9)4=44×(s9)4(4s^9)^4 = 4^4 \times (s^9)^4
  2. Calculate 444^4: Calculate 444^4.\newline444^4 is 44 multiplied by itself 44 times.\newline44=4×4×4×4=2564^4 = 4 \times 4 \times 4 \times 4 = 256
  3. Apply Power Rule: Apply the power of a power rule to (s9)4(s^9)^4. We multiply the exponents 99 and 44 to get the new exponent for ss. (s9)4=s(9×4)=s36(s^9)^4 = s^{(9 \times 4)} = s^{36}
  4. Combine Results: Combine the results from Step 22 and Step 33.\newlineWe have found that 44=2564^4 = 256 and (s9)4=s36(s^9)^4 = s^{36}. Now we combine these results to express the simplified form of the original expression.\newline(4s9)4=256×s36(4s^9)^4 = 256 \times s^{36}