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Answer the following True or False.\newline8xdx=8x+Cln8\int 8^x \, dx = \frac{8^x + C}{\ln 8}\newlineTrue\newlineFalse

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Q. Answer the following True or False.\newline8xdx=8x+Cln8\int 8^x \, dx = \frac{8^x + C}{\ln 8}\newlineTrue\newlineFalse
  1. Apply Exponential Formula: To solve the integral of 8x8^x with respect to xx, we use the formula for integrating exponential functions, which is axdx=axlna+C\int a^x dx = \frac{a^x}{\ln a} + C, where aa is a constant and CC is the constant of integration.
  2. Calculate Integral: We apply the formula to 8x8^x. Here, aa is 88, so we have 8xdx=8xln8+C\int 8^x \, dx = \frac{8^x}{\ln 8} + C.
  3. Compare with Given Expression: We compare the result with the given expression (8x+C)/(ln8)(8^{x}+C)/(\ln 8). The given expression is not correct because it has the entire term (8x+C)(8^x + C) divided by ln(8)\ln(8), which is not the same as the correct integral result (8x)/(ln8)+C(8^x)/(\ln 8) + C.
  4. Verify Statement: Therefore, the statement "8xdx=8x+Cln8\int 8^x \, dx = \frac{8^x + C}{\ln 8}" is False because the correct integral of 8x8^x is 8xln8+C\frac{8^x}{\ln 8} + C, not 8x+Cln8\frac{8^x + C}{\ln 8}.

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