![Unit 5: Logarithmic Functions Inverse of exponential functions. “log base 2 of 6” Ex 1: Domain: all real numbers Range: y > 0 “log base b of x” Domain: - ppt download Unit 5: Logarithmic Functions Inverse of exponential functions. “log base 2 of 6” Ex 1: Domain: all real numbers Range: y > 0 “log base b of x” Domain: - ppt download](https://images.slideplayer.com/27/8915873/slides/slide_6.jpg)
Unit 5: Logarithmic Functions Inverse of exponential functions. “log base 2 of 6” Ex 1: Domain: all real numbers Range: y > 0 “log base b of x” Domain: - ppt download
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Using the Change-of-Base Formula for Logarithms: Definition & Example - Video & Lesson Transcript | Study.com
![10.14 Applications of Logarithms. Ex 1) Solve log x = Round to 4 decimal places Remember: Common log = base 10 log 6 = log 10 6 x = ppt download 10.14 Applications of Logarithms. Ex 1) Solve log x = Round to 4 decimal places Remember: Common log = base 10 log 6 = log 10 6 x = ppt download](https://images.slideplayer.com/42/11480476/slides/slide_3.jpg)
10.14 Applications of Logarithms. Ex 1) Solve log x = Round to 4 decimal places Remember: Common log = base 10 log 6 = log 10 6 x = ppt download
![SOLVED: In Problems 13-20,evaluate each logarithm without using a calculator: In Problems 13-17,check with the change-of-base formula: 13. logs 1 14. log2 " 15. 1og25 5 16. log3 17. logs - 38 SOLVED: In Problems 13-20,evaluate each logarithm without using a calculator: In Problems 13-17,check with the change-of-base formula: 13. logs 1 14. log2 " 15. 1og25 5 16. log3 17. logs - 38](https://cdn.numerade.com/ask_images/cee41c411b4c42129f3f2df4febd1b6e.jpg)