How do you condense #2log_3 6 - log_3 4 #? Precalculus Properties of Logarithmic Functions Functions with Base b 1 Answer George C. Sep 20, 2015 #2 log_3 6 - log_3 4 = 2# Explanation: Use #log_a b + log_a c = log_a (bc)# and #log_a (1/b) = -log_a b# #2 log_3 6 - log_3 4 = log_3 6^2 - log_3 4 = log_3 (36 / 4)# #= log_3 9 = log_3 3^2 = 2# Answer link Related questions What is the exponential form of #log_b 35=3#? What is the product rule of logarithms? What is the quotient rule of logarithms? What is the exponent rule of logarithms? What is #log_b 1#? What are some identity rules for logarithms? What is #log_b b^x#? What is the reciprocal of #log_b a#? What does a logarithmic function look like? How do I graph logarithmic functions on a TI-84? See all questions in Functions with Base b Impact of this question 2621 views around the world You can reuse this answer Creative Commons License