User contributions for Jaymin.joseph
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19 January 2010
- 14:3214:32, 19 January 2010 diff hist +90 Basic Laplace Transforms No edit summary
- 14:3014:30, 19 January 2010 diff hist +65 Winter 2010 No edit summary
- 14:2814:28, 19 January 2010 diff hist −15 Basic Laplace Transforms No edit summary
- 14:2614:26, 19 January 2010 diff hist +146 Basic Laplace Transforms No edit summary
- 14:1614:16, 19 January 2010 diff hist +466 Basic Laplace Transforms No edit summary
- 13:4913:49, 19 January 2010 diff hist +584 N Basic Laplace Transforms New page: [[Image:[[Image:'''Basic Laplace Transforms''' The laplace transform has the standard form of: :<math>F(s) = \mathcal{L} \left\{f(t)\right\}=\int_0^{\infty} e^{-st} f(t) \,dt </math> (C...
- 13:3113:31, 19 January 2010 diff hist 0 N File:P2.jpg No edit summary current
- 13:1713:17, 19 January 2010 diff hist 0 N File:P1.jpg No edit summary current
18 January 2010
- 12:5712:57, 18 January 2010 diff hist +16 Laplace Transform →Read By
11 January 2010
- 20:2620:26, 11 January 2010 diff hist +61 Jaymin, Joseph No edit summary current
- 20:2520:25, 11 January 2010 diff hist +9 N Jaymin, Joseph New page: '''LNA'''
- 20:2520:25, 11 January 2010 diff hist +1 Winter 2010 No edit summary
- 20:2520:25, 11 January 2010 diff hist +24 Winter 2010 No edit summary
- 20:2220:22, 11 January 2010 diff hist +1 Chapter 22--Fourier Series: Fundamental Period, Frequency, and Angular Frequency →Readers
- 20:2220:22, 11 January 2010 diff hist +14 Chapter 22--Fourier Series: Fundamental Period, Frequency, and Angular Frequency →Readers
13 December 2009
- 14:0914:09, 13 December 2009 diff hist +41 Fall 2009 No edit summary
10 December 2009
- 17:3417:34, 10 December 2009 diff hist +255 Laplace Transforms: Coupled Springs No edit summary current
- 17:3317:33, 10 December 2009 diff hist 0 N File:7.jpg No edit summary current
- 17:1117:11, 10 December 2009 diff hist +102 Laplace Transforms: Coupled Springs No edit summary
- 16:0616:06, 10 December 2009 diff hist +325 Laplace Transforms: Coupled Springs No edit summary
- 16:0416:04, 10 December 2009 diff hist 0 N File:6.jpg No edit summary current
- 15:5015:50, 10 December 2009 diff hist 0 N File:5.jpg No edit summary current
- 15:3615:36, 10 December 2009 diff hist +21 Laplace Transforms: Coupled Springs No edit summary
- 15:3615:36, 10 December 2009 diff hist +506 N Laplace Transforms: Coupled Springs New page: '''Part 1: Laplace Transform''' '''Problem Statement:''' (Equations typed out in mathcad and uploaded as images) This is a system of two masses connected by two springs with spring cons...
- 15:3315:33, 10 December 2009 diff hist 0 N File:4.jpg No edit summary current
- 15:2715:27, 10 December 2009 diff hist 0 N File:3.jpg No edit summary current
- 14:5514:55, 10 December 2009 diff hist 0 N File:2.jpg No edit summary current
- 14:4414:44, 10 December 2009 diff hist 0 N File:Fbd.JPG No edit summary current
- 14:4314:43, 10 December 2009 diff hist 0 N File:Fbd.jpg No edit summary current
9 December 2009
- 19:0219:02, 9 December 2009 diff hist +358 N Laplace transforms: Circuit No edit summary current
- 18:4818:48, 9 December 2009 diff hist 0 N File:Circuit.jpg No edit summary current
- 17:5017:50, 9 December 2009 diff hist +27 Laplace transforms: Double pendulum No edit summary current
- 17:3017:30, 9 December 2009 diff hist 0 N File:1.jpg No edit summary current
- 17:1817:18, 9 December 2009 diff hist 0 N File:DP.jpeg No edit summary current
- 17:0117:01, 9 December 2009 diff hist +272 N Laplace transforms: Double pendulum New page: '''Part 1:''' '''Problem Statement:''' Suppose two identical pendulums are coupled by means of a spring with constant K. It can be shown that when displacement angles Theta_1 (t) and the...
