Question: 1. Solve. 15 = 4(2) - 1 If the answer is not an integer, enter it as a decimal rounded to the nearest hundredth, if

 1. Solve. 15 = 4(2) - 1 If the answer isnot an integer, enter it as a decimal rounded to the nearesthundredth, if needed.Solve. log, (x + 12) + log, (x - 12)

1.

= 4 If there are multiple solutions, separate the answers with commas(,). If there is no real solution, enter "none . =Which ofthe following are equivalent exponential function(s) to f (3:) = (%)_I ?Select all that apply. 3 HI) = G): 3 HI) = 27"3 f[:c) = 3-; 3 ftm) = (%)_x 3 HI) = (%)I

Solve. 15 = 4(2) - 1 If the answer is not an integer, enter it as a decimal rounded to the nearest hundredth, if needed.Solve. log, (x + 12) + log, (x - 12) = 4 If there are multiple solutions, separate the answers with commas (,). If there is no real solution, enter "none . =Which of the following are equivalent exponential function(s) to f (3:) = (%)_I ? Select all that apply. 3 HI) = G): 3 HI) = 27" 3 f[:c) = 3-; 3 ftm) = (%)_x 3 HI) = (%)I 3 HI) = (%)x Use the properties of logarithms to write the expression as a single logarithm, if possible. In(5x - 1) - In(x + 2) O In(4x - 3) In(5x-1) O In(+2) O In [(5x - 1) (x + 2)] O The expression cannot be written as a single logarithm. O In(6x + 1) O In 5r-1Solve. 27 - 82-1 = 0 If the answer is not an integer, enter it as a decimal rounded to the nearest hundredth, if needed. T

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