User contributions for Rice
From Rice Wiki
13 March 2024
- 00:0300:03, 13 March 2024 diff hist −140 Kruskal's Algorithm No edit summary Tag: Visual edit
- 00:0200:02, 13 March 2024 diff hist +96 Kruskal's Algorithm →Analysis
- 00:0000:00, 13 March 2024 diff hist +193 Kruskal's Algorithm No edit summary Tag: Visual edit
- 00:0000:00, 13 March 2024 diff hist +69 Kruskal's Algorithm No edit summary Tag: Visual edit
12 March 2024
- 23:5923:59, 12 March 2024 diff hist +168 Kruskal's Algorithm →Approach
- 23:5423:54, 12 March 2024 diff hist −134 Prims Algorithm No edit summary
- 23:5223:52, 12 March 2024 diff hist +173 Prims Algorithm No edit summary Tag: Visual edit
- 23:4923:49, 12 March 2024 diff hist +77 Minimum Spanning Tree No edit summary Tag: Visual edit
- 06:5006:50, 12 March 2024 diff hist +43 Sampling Distribution →T-Distribution
- 06:4006:40, 12 March 2024 diff hist +1 Hypothesis Test No edit summary
- 06:3506:35, 12 March 2024 diff hist +2,047 Hypothesis Test No edit summary
- 01:4001:40, 12 March 2024 diff hist −181 Hypothesis Test No edit summary
- 01:3801:38, 12 March 2024 diff hist −28 Sampling Distribution No edit summary
- 01:3701:37, 12 March 2024 diff hist +3,692 N Sampling Distribution Created page with "= Sampling distribution = Let there be <math>Y_1, Y_2, \ldots, Y_n </math>, where each <math>Y_i</math> is a randomv variable from the population. Every Y have the same mean and distribution that we don't know. <math> E(Y_i) = \mu, Var(Y_i) = \sigma^2 </math> We then have the sample mean <math> \bar{Y} = \frac{1}{n} \sum_{i = 1}^n Y_i </math> The sample mean is expected to be <math>\mu</math> through a pretty easy direct proof The variance of the sample mean is <ma..."
- 01:3601:36, 12 March 2024 diff hist +408 N Category:Sample Statistics Created page with "A population has parameters that characterizes it: <math>\mu, \sigma, \rho, p</math>, distribution. These parameters are unmeasurable, since population is usually huge. The point of '''sample statistics''' is to estimate parameters with sample characteristics: <math>\bar{X}, \hat{\mu}, \hat{\sigma}, s, \hat{\rho}, r, \hat{p}</math>. We also want to know how well our estimation is. Category:Statistics" current
- 01:3501:35, 12 March 2024 diff hist +1,323 N Hypothesis Test Created page with "= Comparing Means: Hypothesis Test = When comparing means, a technique called '''hypothesis test''' is used. This applies to other things, but in this context, we use two hypotheses. Hypothesis test is a technique where sample data is used to determine if the confidence interval supports a particular claim. Hypothesis tests quantify how likely our data is given a particular claim. == Procedure == First, we need two things: * The '''null hypothesis <math>H_0</math>''..."
11 March 2024
- 20:3620:36, 11 March 2024 diff hist +378 N First Order Circuit Created page with "= RL Circuit = == Energy Conservation == As current increases, work done by the battery is not the same as the energy dissipated by the resistor. The remaining energy, <math> L/2 I^2 </math> is ''stored'' in the form of magnetic field inside the inductor. Substituting inductance and factoring out volume, we eventually get energy density <math> \frac{B^2}{2 \mu_0} </math>"
- 20:2720:27, 11 March 2024 diff hist +126 Circuit Element No edit summary current
- 20:1620:16, 11 March 2024 diff hist +346 Electromagnetism →Maxwell's Equation current
- 04:4104:41, 11 March 2024 diff hist +1 Longest Common Subsequence No edit summary current
- 04:4004:40, 11 March 2024 diff hist +56 Longest Common Subsequence No edit summary Tag: Visual edit
- 04:3904:39, 11 March 2024 diff hist 0 Longest Common Subsequence →Subproblems
9 March 2024
- 06:0606:06, 9 March 2024 diff hist +123 Dijkstra's Algorithm No edit summary
- 06:0306:03, 9 March 2024 diff hist +397 Dijkstra's Algorithm No edit summary
- 05:5605:56, 9 March 2024 diff hist +193 Bellman-Ford Algorithm →Approach: dynamic programming
- 05:5305:53, 9 March 2024 diff hist +267 Bellman-Ford Algorithm →Recurrence Tag: Visual edit
- 05:3605:36, 9 March 2024 diff hist +46 Continuous Random Variable →Normal Random Variable Tag: Visual edit
- 05:3505:35, 9 March 2024 diff hist +13 N File:Z score table.png No edit summary current
- 05:0305:03, 9 March 2024 diff hist +20 N File:T distribution table.png No edit summary current
8 March 2024
- 22:2622:26, 8 March 2024 diff hist 0 Second Order Circuits →Series RLC Circuits Natural Response current
- 18:2618:26, 8 March 2024 diff hist +100 Second Order Circuits No edit summary
- 18:2518:25, 8 March 2024 diff hist +12 Second Order Circuits No edit summary
- 11:2111:21, 8 March 2024 diff hist +223 Second Order Circuits →Characteristic Equation Tag: Visual edit
- 11:2111:21, 8 March 2024 diff hist +66 N File:Equations for Analyzing the Step Response of Parallel RLC Circuits.png No edit summary current
- 10:5610:56, 8 March 2024 diff hist +149 Second Order Circuits No edit summary Tag: Visual edit
- 10:5610:56, 8 March 2024 diff hist +64 N File:Equations for Analyzing the Step Response of Series RLC Circuits.png No edit summary current
- 10:5510:55, 8 March 2024 diff hist −14 Second Order Circuits No edit summary
- 10:2210:22, 8 March 2024 diff hist +1 Second Order Circuits →Series RLC Circuits
- 10:2110:21, 8 March 2024 diff hist +643 Second Order Circuits No edit summary
- 10:1410:14, 8 March 2024 diff hist −19 Second Order Circuits No edit summary
- 08:4108:41, 8 March 2024 diff hist +530 Second Order Circuits No edit summary
- 08:2108:21, 8 March 2024 diff hist +150 Second Order Circuits No edit summary
- 08:1808:18, 8 March 2024 diff hist +128 Second Order Circuits No edit summary
- 08:1208:12, 8 March 2024 diff hist +421 Second Order Circuits No edit summary
- 07:5907:59, 8 March 2024 diff hist +147 Second Order Circuits No edit summary
- 07:5407:54, 8 March 2024 diff hist +277 Second Order Circuits No edit summary
- 07:5107:51, 8 March 2024 diff hist +2 Second Order Circuits →Natural Response Tag: Visual edit: Switched
- 07:5007:50, 8 March 2024 diff hist +982 Second Order Circuits No edit summary
- 07:2907:29, 8 March 2024 diff hist +330 Second Order Circuits →Natural Response
- 07:1707:17, 8 March 2024 diff hist +1,764 N Circuit Element Created page with "A circuit element is a basic unit that has certain rules governing the relationship of voltage across and current through that element beyond the simple conducting wire. There are five ideal basic circuit elements: * voltage source * current source * resistor * capacitor * inductor There will be no proofs for the equations here. That's a physics thing that probably deserve their own page. ==== Ideal ==== This page will focus on '''ideal''' circuit elements. The real..." Tag: Visual edit: Switched
