finding the domain of the natural log of x^2-9 ,when solving the inequality for x^2-9>0 i got x>3 and x>-3 but the answer is really x > 3 or x-3

The logarithm of a quotient of two numbers is the same as the  ---Select--- quotient sum difference product  of the logarithms of these numbers.  So log5   25 125    = log5(25) −

Solve log3 2x - log3 x3

Value of log2 32+ log₂ 16, will be.

The graph of an exponential function is shown on the grid.   Based on the graph, which statement about the function is true?     A) The range is the set of all real numbers less than 0. A), The range is the set of all real numbers less than 0. B) The domain is the set of all real numbers greater than -4. B),  The domain is the set of all real numbers greater than -4. C) the range is the set of all real numbers greater than 0. C),  the range is the set of all real numbers greater than 0. D) The domain is the set of all real numbers less than -4.

using simultaneous equations how can i solve for the values of a, b, h and k to form the exponential function which models this data set?

The graph of an exponential function has a y-intercept of 8 and contains the point (3,64). Find the exponential function that describes the graph.

Equation  7-3 * log3(5x) = log3(3x+7) - 2 * log3(x-9)   Collect the logs into one. Dont need to solve. 7= log3 ( _________  )

What are the equations for finding the x-intercept of Logarithmic Functions? Do I plug in zero to f(x) for example then try to solve for the x-intercept? Just confused. Please include examples :) TIA

Using Law of Logs, find the exact value of both the expressions. A. log50.2 B. log3100-log318-log350