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How do you prove that B(t)=1067.1 radical of 3/t divided by t to the 3rd power is actually the same thing as B(t)= 1067.1t to the -2 2/3 power? I need step by step instructions so I can understand how to do it in the future.
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If you mean this \[1061.1\frac{\sqrt[3]{t}}{t^{3}}\] then if you change the cube root to a fractional power, \[1061.1\frac{t^{\frac{1}{3}}}{t^{3}}\] you subtract powers, that is (1/3)-3= -2 1/3 you get \[1061.1 t^{-2}t^{-\frac{2}{3}}\] for example, or t^(-8/3) or 1/t^(8/3)
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