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Calculus
Simplify (34⋅3−2)3(3^4\cdot3^{-2})^3(34⋅3−2)3 and write the result as 3n3^n3n.
Simplify (70⋅75)/72(7^0\cdot7^5)/7^2(70⋅75)/72 and write the answer as 7n7^n7n.
Express 53⋅2525^3\cdot25^253⋅252 as 5n5^n5n.
Simplify 4582\frac{4^5}{8^2}8245 and express your answer as 2n2^n2n.
Express (16⋅2−3)−2(16\cdot2^{-3})^{-2}(16⋅2−3)−2 as 2n2^n2n.
Express (32/23)4(32/2^3)^4(32/23)4 as 2n2^n2n.
Simplify (x12⋅x34)2(x^{\tfrac12}\cdot x^{\tfrac34})^2(x21⋅x43)2 and write the result as xnx^nxn.
Write 93/23\displaystyle\frac{9^{3/2}}{3}393/2 as 3n3^n3n.
Express 272/3⋅91/227^{2/3}\cdot9^{1/2}272/3⋅91/2 as 3n3^n3n.
Express (8⋅220/214)11(8\cdot 2^{20}/2^{14})^{11}(8⋅220/214)11 as 2n2^n2n.
Simplify (8134)−1\bigl(\tfrac{81}{3^4}\bigr)^{-1}(3481)−1 and express it as 3n3^n3n.
Express 25⋅4−2⋅8316\displaystyle\frac{2^5\cdot4^{-2}\cdot8^3}{16}1625⋅4−2⋅83 as 2n2^n2n.
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Question Type 2: Applying exponent rules to simplify complex expressions with multiple exponents
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