Solving Exponential equations

The video tutorial explains how to solve an exponential equation of the form 4e^(-0.3x) - 7 = 13. The instructor demonstrates isolating the exponential term by using inverse operations, such as addition and division, to simplify the equation. The solution involves taking the natural logarithm of both sides to solve for x, resulting in x ≈ -5.36. Alternative methods for solving the equation are also discussed, emphasizing the use of logarithmic properties.

What is the first step to isolate e raised to the negative .3x in the equation 4e^(-0.3x) - 7 = 13?

After adding 7 to both sides of the equation, what does the equation become?

What operation must be performed to both sides of the equation to undo the multiplication by 4?

What is the logarithmic form of the equation e^(-0.3x) = 5?

What is the approximate value of x after solving the equation?