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Solve for x if $\sqrt[3]{x^2} + \sqrt[3]{x} - 20 = 0$.
Solve for x if (x + 2) log_b b^x = x.
Solve for x if 2 log25 x - log25 (25 - 4x) = 1/2.
Solve for x if ln (x + 1) = 1 + ln x.
Solve for x if log8 (x - 6) + log8 (x + 6) = 2.
Solve for x if log_3 2x - log_3 (x + 5) = 0.
Solve for x if log_x (2x)^(3x) = 4x.
Solve for x if log_x 8 = 3/4.
Solve for x: $5^{2x + 1} \times 7^{2x} = 175$.
Solve for x: log_3 67 = 2x.
Solve for x: x - 1 / x = 0.
Solve for y if $y = (e^x + e^{-x})^2 - (e^x - e^{-x})^2$.
Solve for y if $y = e^{\ln \sqrt{x}}$.
Solve for y if y = log_100 10.
Solve for y if y = log_2 (log_4 256).
solve it
solve pls: number of club members for maximum revenue
Solved Problem 01 | Cube
Solved Problem 01 | Rectangular Parallelepiped
Solved Problem 02 | Cube
Solved Problem 02 | Rectangular Parallelepiped
Solved Problem 03 | Cube
Solved Problem 03 | Rectangular Parallelepiped
Solved Problem 04 | Cube
Solved Problem 04 | Rectangular Parallelepiped
Solved Problem 05 | Cube
Solved Problem 05 | Rectangular Parallelepiped
Solved Problem 06 | Cube
Solved Problem 06 | Rectangular Parallelepiped
Solved Problem 07 | Cube
Solved Problem 07 | Rectangular Parallelepiped
Solved Problem 08 | Cube
Solved Problem 08 | Rectangular Parallelepiped
Solved Problem 09 | Cube
Solved Problem 09 | Rectangular Parallelepiped
Solved Problem 10 | Cube