write each as a single logarithm
1/2ln(x2+1)-4ln1/2-1/2[ln(x-4)+ln x]
write each as a single logarithm 1/2ln(x2+1)-4ln1/2-1/2[ln(x-4)+ln x]
Rewrite the expression as a single logarithm ln A. ln(8)+ 2ln(x)+ 3ln(x^2+5) A=?
Write the expression as the logarithm of a single quantity. 1/2 ln x + 8 ln y − 9 ln z
Question 1 What is the domain of the function f(x) = 2ln(12x)? (0) (2) 12 (0,1) (1.) (e. c) Question 2 Write the following expression as a logarithm of a single quantity 9inx - 5ln(x2 +11) In(9x - 5(x² +11) In (x2 +11) In(x"(x2+11)) In 2°- (x2+11)')
4. Write the expression as a logarithm of a single expression a. log vx log x2 - log x 9 9 c. In 3e - In() 4e
1. Write the expression as a logarithm of a single quantity, and then simplify if possible. Assume that each variable expression is defined for appropriate values of the variable(s). a. 5 In x - 3 ln(x + y) + 2 In z b. [log(x + 2) + 3log(x - 2) – 3logx]
Rewrite 6 ln(x) using the power rule for logs to a single logarithm with a leading coefficient of 1. Expand logs (4) using the power rule for logs.
2Solve, ln(4x)-ln(2)=2ln(6)-ln(3)
Rewrite ½in(x) + In(x2 + 2x + 1) – 2In(x + 1) as a single logarithm in simplest form. Express all factors as exponents
Use the rules of logarithm to express the following as a single logarithm 2 In x+2 In y - 4 In z The expression of the single logarithm is
Solve the following equations. 1. ln(x2 ) = ln(2x + 3) 2. log2(2) + log2(3x − 5) = 3. 3. Expand the logarithm: log ( x15y13) z19