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- https://math.libretexts.org/Courses/City_University_of_New_York/MAT1275_Basic/09%3A_Exponential_and_Logarithmic_Expressions_and_Equations/9.05%3A_Chapter_9_Review_ExercisesIn the following exercises, use the Product Property of Logarithms to write each logarithm as a sum of logarithms. 2. \(\begin{array}{l}{\log _{5} 8+2 \log _{5} a+6 \log _{5} b} {+\log _{5} c-3 \log _...In the following exercises, use the Product Property of Logarithms to write each logarithm as a sum of logarithms. 2. log58+2log5a+6log5b+log5c−3log5d 3. 14(log25+3log2x−4−2log2y−7log2z) Solve for x: log7(x+2)+log7(x−3)=log724
- https://math.libretexts.org/Courses/Coastline_College/Math_C045%3A_Beginning_and_Intermediate_Algebra_(Tran)/12%3A_Exponential_and_Logarithmic_Functions/12.07%3A_Chapter_10_Review_ExercisesIn the following exercises, for each set of ordered pairs, determine if it represents a function and if so, is the function one-to-one. In the following exercises, determine whether each graph is the ...In the following exercises, for each set of ordered pairs, determine if it represents a function and if so, is the function one-to-one. In the following exercises, determine whether each graph is the graph of a function and if so, is it one-to-one. In the following exercises, use the Product Property of Logarithms to write each logarithm as a sum of logarithms. 2. log58+2log5a+6log5b+log5c−3log5d
- https://math.libretexts.org/Courses/Las_Positas_College/Foundational_Mathematics/20%3A_Exponential_and_Logarithmic_Functions/20.07%3A_Review_ExercisesIn the following exercises, for each set of ordered pairs, determine if it represents a function and if so, is the function one-to-one. In the following exercises, determine whether each graph is the ...In the following exercises, for each set of ordered pairs, determine if it represents a function and if so, is the function one-to-one. In the following exercises, determine whether each graph is the graph of a function and if so, is it one-to-one. In the following exercises, use the Product Property of Logarithms to write each logarithm as a sum of logarithms. 2. log58+2log5a+6log5b+log5c−3log5d
- https://math.libretexts.org/Workbench/Intermediate_Algebra_2e_(OpenStax)/10%3A_Exponential_and_Logarithmic_Functions/10.07%3A_Chapter_Review
- https://math.libretexts.org/Courses/Nova_Scotia_Community_College/MATH_1043/01%3A_Numerical_Literacy/1.05%3A_Expressions/1.5.05%3A_Unit_1_-_Chapter_7-_Exponential_and_Logarithmic_Expressions/1.5.5.04%3A_Chapter_7_Review_ExercisesIn the following exercises, use the Product Property of Logarithms to write each logarithm as a sum of logarithms. 2. \(\begin{array}{l}{\log _{5} 8+2 \log _{5} a+6 \log _{5} b} {+\log _{5} c-3 \log _...In the following exercises, use the Product Property of Logarithms to write each logarithm as a sum of logarithms. 2. log58+2log5a+6log5b+log5c−3log5d 3. 14(log25+3log2x−4−2log2y−7log2z) Solve for x: log7(x+2)+log7(x−3)=log724
