![logarithms - The set of real values of $x$ satisfying the given equation are? - Mathematics Stack Exchange logarithms - The set of real values of $x$ satisfying the given equation are? - Mathematics Stack Exchange](https://i.stack.imgur.com/H2CHF.jpg)
logarithms - The set of real values of $x$ satisfying the given equation are? - Mathematics Stack Exchange
![EXAMPLE 1 Rewrite logarithmic equations Logarithmic FormExponential Form 2323 = 8 a. = 2 log = 1b. 4 log 1 = 0 = c. 12 log 121 = d. 1/4 log – ppt download EXAMPLE 1 Rewrite logarithmic equations Logarithmic FormExponential Form 2323 = 8 a. = 2 log = 1b. 4 log 1 = 0 = c. 12 log 121 = d. 1/4 log – ppt download](https://images.slideplayer.com/24/7519271/slides/slide_16.jpg)
EXAMPLE 1 Rewrite logarithmic equations Logarithmic FormExponential Form 2323 = 8 a. = 2 log = 1b. 4 log 1 = 0 = c. 12 log 121 = d. 1/4 log – ppt download
![Comprehension 2 In comparison of two numbers, logarithm of smaller number is smaller, if base of the log Comprehension 2 In comparison of two numbers, logarithm of smaller number is smaller, if base of the log](https://doubtnut-static.s.llnwi.net/static/web-thumb/645850017_web.png)
Comprehension 2 In comparison of two numbers, logarithm of smaller number is smaller, if base of the log
![ordinary differential equations - Solve: $(x+1)^3y''+3(x+1)^2y'+(x+1)y=6\log (x+1)$ - Mathematics Stack Exchange ordinary differential equations - Solve: $(x+1)^3y''+3(x+1)^2y'+(x+1)y=6\log (x+1)$ - Mathematics Stack Exchange](https://i.stack.imgur.com/SvAcz.jpg)
ordinary differential equations - Solve: $(x+1)^3y''+3(x+1)^2y'+(x+1)y=6\log (x+1)$ - Mathematics Stack Exchange
9. By Maclaurin's Theorem, show that(i log (1+sin x)=x-frac {x^{2}}{2}+frac {x^{3}}{6}-frac {x^{4}}{12}+... | Snapsolve
![EXAMPLE 1 Rewrite logarithmic equations Logarithmic FormExponential Form 2323 = 8 a. = 2 log = 1b. 4 log 1 = 0 = c. 12 log 121 = d. 1/4 log – ppt download EXAMPLE 1 Rewrite logarithmic equations Logarithmic FormExponential Form 2323 = 8 a. = 2 log = 1b. 4 log 1 = 0 = c. 12 log 121 = d. 1/4 log – ppt download](https://images.slideplayer.com/24/7519271/slides/slide_2.jpg)
EXAMPLE 1 Rewrite logarithmic equations Logarithmic FormExponential Form 2323 = 8 a. = 2 log = 1b. 4 log 1 = 0 = c. 12 log 121 = d. 1/4 log – ppt download
![EXAMPLE 1 Rewrite logarithmic equations Logarithmic FormExponential Form 2323 = 8 a. = 2 log = 1b. 4 log 1 = 0 = c. 12 log 121 = d. 1/4 log – ppt download EXAMPLE 1 Rewrite logarithmic equations Logarithmic FormExponential Form 2323 = 8 a. = 2 log = 1b. 4 log 1 = 0 = c. 12 log 121 = d. 1/4 log – ppt download](https://images.slideplayer.com/24/7519271/slides/slide_25.jpg)
EXAMPLE 1 Rewrite logarithmic equations Logarithmic FormExponential Form 2323 = 8 a. = 2 log = 1b. 4 log 1 = 0 = c. 12 log 121 = d. 1/4 log – ppt download
![Logarithmic Functions y = log a x, is read “the logarithm, base a, of x,” or “log, base a, of x,” means “the exponent to which we raise a to get x.” - Logarithmic Functions y = log a x, is read “the logarithm, base a, of x,” or “log, base a, of x,” means “the exponent to which we raise a to get x.” -](https://images.slideplayer.com/23/6865703/slides/slide_15.jpg)