![PPT - Section 3.4 1. Find each logarithm. a. log 5 25 b . log 3 81 c . log 3 ⅓ PowerPoint Presentation - ID:2992276 PPT - Section 3.4 1. Find each logarithm. a. log 5 25 b . log 3 81 c . log 3 ⅓ PowerPoint Presentation - ID:2992276](https://image1.slideserve.com/2992276/slide1-n.jpg)
PPT - Section 3.4 1. Find each logarithm. a. log 5 25 b . log 3 81 c . log 3 ⅓ PowerPoint Presentation - ID:2992276
![Given that Log3 = 0.4771 and log 5 = 0.6990, evaluate the following without using logarithm table or calculator. Given that Log3 = 0.4771 and log 5 = 0.6990, evaluate the following without using logarithm table or calculator.](https://www.kenyaplex.com/questions/uploads/5620191022.png)
Given that Log3 = 0.4771 and log 5 = 0.6990, evaluate the following without using logarithm table or calculator.
![1) Solve: log 27 x=-2/3 2) Write in logarithmic form: 49 1/2 = 7 3) Graph y = -2(3) -x 1)x= 27 -2/3 x = 2) ½ = log ) = -2(1/3) x. - ppt download 1) Solve: log 27 x=-2/3 2) Write in logarithmic form: 49 1/2 = 7 3) Graph y = -2(3) -x 1)x= 27 -2/3 x = 2) ½ = log ) = -2(1/3) x. - ppt download](https://images.slideplayer.com/13/3934825/slides/slide_6.jpg)
1) Solve: log 27 x=-2/3 2) Write in logarithmic form: 49 1/2 = 7 3) Graph y = -2(3) -x 1)x= 27 -2/3 x = 2) ½ = log ) = -2(1/3) x. - ppt download
![write 2 log 3 + 3 log 5 - 5 log 2 as a single logarithm ? i will mark u as brainliest answer - Brainly.in write 2 log 3 + 3 log 5 - 5 log 2 as a single logarithm ? i will mark u as brainliest answer - Brainly.in](https://hi-static.z-dn.net/files/d33/3a63c95b6d1aa3641e19bf037aef7273.jpg)
write 2 log 3 + 3 log 5 - 5 log 2 as a single logarithm ? i will mark u as brainliest answer - Brainly.in
![Quantitative Aptitude - Algebra - Logarithms - The value of log(base 0.008)√ 5 - | Handa Ka Funda - Online Coaching for CAT and Banking Exams Quantitative Aptitude - Algebra - Logarithms - The value of log(base 0.008)√ 5 - | Handa Ka Funda - Online Coaching for CAT and Banking Exams](https://www.handakafunda.com/wp-content/uploads/2018/03/CAT-2017-Forenoon-slot-Quantitative-Aptitude-Algebra-Logarithms-The-value-of-logbase-0.008%E2%88%9A5-Q89.jpg)