Would like to have a fact based discussion on this issue and not a discussion which, in my opinion, would normally take place on other social media sites like "Facebook". Or, state how long you have been greasing rotating motors without experiencing issues.
Generate the trajectories of a multi-type Bienayme - Galton - Watson process from its offspring distributions, using three different algorithms based on three different classes or families of these processes. Description Usage Arguments Details Value Author(s) References See Also Examples. Please refrain from posting your opinions that are not based on documented facts. In Branching: Simulation and Estimation for Branching Processes. If anyone has scientific facts that either support or not-support this theory can you please comment, and provide where you obtained these facts? In my opinion, these two authors base their statements on scientific facts. In these two papers the author explains why an electric motor should not be greased while it is rotating. A simulation in Python of a Galton Board, a device following the Pascal Triangle’s probabilistic characteristics. Each time a ball hits a peg, it has a probability p of bouncing to the left and a probability of 1 -p of bouncing to the right.The simulation's histogram shows the distribution of final x-coordinates as each ball leaves the board and is collected into bins. Pegs and balls and probability Have a play, then read Quincunx Explained. Been following and commenting on Howard's posts for years and feel Howard is very experienced regarding topic such as this one. A Galton board is a vertical board with N rows of pegs onto which a ball is dropped. The quincunx (or Galton Board) is an amazing machine. You can adjust the board size, and send over a thousand balls bouncing down the board. Have two technical papers written by two gentleman both of which have a PhD. This app is a simulation of the famous Galton board and is intended for educational purposes. Greasing rotating electric motor bearings versus greasing non-rotating electric motor bearings. The Galton Board Stock Market Edition is a 12' x 8.5' probability demonstrator providing a visualization of math in motion.
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