User contributions for Wikiadmin
From Applied Science
7 April 2022
- 15:2115:21, 7 April 2022 diff hist 0 Properties of logarithms No edit summary
- 15:1615:16, 7 April 2022 diff hist +2 Derivative of logarithm and exponential No edit summary
- 15:1415:14, 7 April 2022 diff hist +138 Informal discussion of the Euler's constant No edit summary
- 14:5214:52, 7 April 2022 diff hist +229 Informal discussion of the Euler's constant No edit summary
- 03:3103:31, 7 April 2022 diff hist +118 L'Hospital rule No edit summary
- 03:2903:29, 7 April 2022 diff hist +1 L'Hospital rule No edit summary
- 03:2803:28, 7 April 2022 diff hist +13 L'Hospital rule No edit summary
- 02:5202:52, 7 April 2022 diff hist +34 Updates No edit summary
- 02:5102:51, 7 April 2022 diff hist −2 Properties of logarithms →The properties
- 02:5002:50, 7 April 2022 diff hist +1 Properties of logarithms →The properties
6 April 2022
- 23:4023:40, 6 April 2022 diff hist +27 Informal discussion of the Euler's constant No edit summary
- 23:3123:31, 6 April 2022 diff hist +26 Informal discussion of the Euler's constant No edit summary
- 23:2723:27, 6 April 2022 diff hist +371 Informal discussion of the Euler's constant No edit summary
- 23:0623:06, 6 April 2022 diff hist 0 N File:Euler constant graph.png No edit summary current
- 19:4919:49, 6 April 2022 diff hist +237 Mistakes regarding derivatives →Regarding concepts
- 18:0018:00, 6 April 2022 diff hist +1,197 N Informal discussion of the Euler's constant Created page with "I'm going to resort to the concept of the '''integral''' without the formalism. If you derive the '''natural log''' the result is the inverse of <math>x</math>. The other direction, if you calculate the '''area under the function's curve''' given by the inverse of <math>x</math> you get the natural log. The reason for this specific function <math>f(x) = 1/x</math> is that deriving logs in any base that isn't <math>e</math> yields <math>1/xb</math>, where <math>b \neq 1</..."
- 02:0002:00, 6 April 2022 diff hist +31 Calculus theory No edit summary Tag: Reverted
- 01:4401:44, 6 April 2022 diff hist −1 Extreme values of a function No edit summary
- 01:4201:42, 6 April 2022 diff hist +25 Updates No edit summary
- 01:3501:35, 6 April 2022 diff hist +189 Updates No edit summary
- 01:2601:26, 6 April 2022 diff hist +4 Updates No edit summary
- 01:2401:24, 6 April 2022 diff hist +39 Calculus theory No edit summary
- 00:0800:08, 6 April 2022 diff hist +9 Calculus theory No edit summary
5 April 2022
- 20:0420:04, 5 April 2022 diff hist +21 Derivative of logarithm and exponential No edit summary
- 20:0020:00, 5 April 2022 diff hist −22 Derivative of logarithm and exponential No edit summary
- 19:5919:59, 5 April 2022 diff hist +3 Derivative of logarithm and exponential No edit summary
- 19:4319:43, 5 April 2022 diff hist +42 Calculus theory No edit summary
- 16:5516:55, 5 April 2022 diff hist +581 Derivative of logarithm and exponential No edit summary
- 16:3816:38, 5 April 2022 diff hist +137 Derivative of logarithm and exponential No edit summary
- 16:1316:13, 5 April 2022 diff hist +1,123 Derivative of logarithm and exponential No edit summary
- 02:1202:12, 5 April 2022 diff hist −3 Derivative of logarithm and exponential No edit summary
- 02:1202:12, 5 April 2022 diff hist +40 Derivative of logarithm and exponential No edit summary
- 01:3401:34, 5 April 2022 diff hist +1,483 N Derivative of logarithm and exponential Created page with "<div style="text-align:center;"> <math>f(x) = \ln(x) \iff f'(x) = \frac{1}{x}</math> </div> I'm going to explain some property that is pretty simple and yet often overlooked. Let's write down a short sequence of logarithms in base 2: <math>\log_2{1} = 0</math><br /> <math>\log_2{2} = 1</math><br /> <math>\log_2{4} = 2</math><br /> <math>\log_2{8} = 3</math><br /> <math>\log_2{16} = 4</math><br /> Now the derivative can be defined in terms of a '''tangent''', a ratio '..."
- 00:0500:05, 5 April 2022 diff hist −1 Calculus theory No edit summary
- 00:0300:03, 5 April 2022 diff hist +48 Calculus theory No edit summary
4 April 2022
- 22:3122:31, 4 April 2022 diff hist +68 L'Hospital rule No edit summary
- 02:2102:21, 4 April 2022 diff hist +303 Mistakes regarding derivatives →Regarding calculations
3 April 2022
- 23:5123:51, 3 April 2022 diff hist 0 L'Hospital rule No edit summary
- 23:3923:39, 3 April 2022 diff hist +392 L'Hospital rule No edit summary
- 23:2523:25, 3 April 2022 diff hist +5 L'Hospital rule No edit summary
- 17:3917:39, 3 April 2022 diff hist −133 Mistakes regarding derivatives →Regarding concepts Tag: Manual revert
- 17:3517:35, 3 April 2022 diff hist +1 Defining the gradient No edit summary
- 17:2717:27, 3 April 2022 diff hist +2 Updates No edit summary
- 17:2317:23, 3 April 2022 diff hist +386 Defining the gradient No edit summary
- 17:0617:06, 3 April 2022 diff hist +3 Defining the gradient No edit summary
- 17:0517:05, 3 April 2022 diff hist +195 Defining the gradient No edit summary
- 17:0217:02, 3 April 2022 diff hist −136 Defining the gradient No edit summary
- 15:5215:52, 3 April 2022 diff hist +415 Parametric curves →Graphs of parametric equations
2 April 2022
- 03:3403:34, 2 April 2022 diff hist +227 Defining the gradient No edit summary
- 03:0303:03, 2 April 2022 diff hist +1,114 Defining the gradient No edit summary
