[See Steps] a) Find the value of log_100.0001 b) Write the following expression in condensed form 2log_25+log_29-log
Question: a) Find the value of \[{{\log }_{10}}0.0001\]
b) Write the following expression in condensed form
\[2{{\log }_{2}}5+{{\log }_{2}}9-\log {}_{2}75\]
Deliverable: Word Document 
![[Solution Library] a) Find the domain, x-intercept,](/images/solutions/MC-solution-library-64854.jpg "[Solution Library] a) Find the domain, x-intercept, and vertical asymptote")
[Solution Library] a) Find the domain, x-intercept, and vertical asymptote
(Solution Library) Write each expression in expended form log_2(x^2(x-1)^3)/((2x+1))^4
![[All Steps] Find the domain of each](/images/solutions/MC-solution-library-64856.jpg "[All Steps] Find the domain of each function : g(x) = log_3(2-x)")
[All Steps] Find the domain of each function : g(x) = log_3(2-x)
![[Solution] Solve the given expression and give](/images/solutions/MC-solution-library-64857.jpg "[Solution] Solve the given expression and give your answer correct")
[Solution] Solve the given expression and give your answer correct
(See Solution) Solve for x: log_2(x-3)+log_2(x-4)=1 b)
Non-Parametric Statistics, or What to Do When the Assumptions for a Parametric Test Fail - MathCracker.com