User talk:RedPanda25
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Welcome!
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Thanks! RedPanda25 (talk) 20:45, 25 March 2015 (UTC)
Welcome to The Wikipedia Adventure!
- Hi RedPanda25! We're so happy you wanted to play to learn, as a friendly and fun way to get into our community and mission. I think these links might be helpful to you as you get started.
-- 17:23, Friday, September 9, 2016 (UTC)
Mission 1 | Mission 2 | Mission 3 | Mission 4 | Mission 5 | Mission 6 | Mission 7 |
Say Hello to the World | An Invitation to Earth | Small Changes, Big Impact | The Neutral Point of View | The Veil of Verifiability | The Civility Code | Looking Good Together |
List of Power Rangers Dino Charge characters
I'm only wanting to help Smd75jr, since the IP's edits aren't valid, and may be copying from a fansite. --64.134.53.212 (talk) 18:07, 22 November 2016 (UTC)
- @64.134.53.212:Good point. You were right to remove that unreferenced sentence. Thanks, RedPanda25 17:25, 23 November 2016 (UTC)
Dr. Ornish
Hi - There are many incorrect statements about Dr. Ornish on his page. I'm a little new to Wikipedia editing, so any chance you could get on the phone to discuss the issues and proper citations needed. Thanks. — Preceding unsigned comment added by Rachellh123 (talk • contribs) 17:37, 30 November 2016 (UTC)
- @Rachellh123: Hello, Rachellh123, and welcome to Wikipedia. One suggestion I have for you is to look at the Wikipedia adventure, an interactive guide to editing. Also, please check out Wikipedia:Introduction. If you have any other question, please ask me. RedPanda25 18:21, 30 November 2016 (UTC)
Restoring articles
Please be aware that if you are going to restore articles or edits made by a block-evading account you need to take full responsibility for the accuracy of the content and ensure there are no copyright concerns with the article. If sourcing or copyright issues are found with the content (as has been the case with this extremely disruptive sockmaster), then the responsibility falls on you as if you had created the content yourself. As long as you have reviewed the material thoroughly and can personally vouch that there are no concerns with the content, then you are free to revert.--Jezebel's Ponyobons mots 19:59, 1 December 2016 (UTC)
- @Ponyo: I will make sure to check the content for accuracy and copyvios. Thanks for letting me know. RedPanda25 20:01, 1 December 2016 (UTC)
- Thanks; I also responded to your message on my talk but I was essentially just reiterating the sourcing and copyright concerns with this sockmaster, so no need to respond there.--Jezebel's Ponyobons mots 20:05, 1 December 2016 (UTC)
User:Josephhearn/sandbox
Re REFUND: The revisions weren't deleted; they were suppressed. Due to the nature of material that requires suppression, it is unlikely that oversighters will reveal the reason for its removal. — JJMC89 (T·C) 01:49, 5 December 2016 (UTC)
- @JJMC89: Thank you for responding. I couldn't tell that they were suppressed. Is there any way to tell the difference between WP:RevDelete and WP:SUPPRESS? RedPanda25 02:27, 5 December 2016 (UTC)
- RevDel will show in the deletion log for the page. (See mw:Help:RevisionDelete#Log entries for examples.) Suppression is only visible to oversighters. — JJMC89 (T·C) 03:09, 5 December 2016 (UTC)
I was trying to restore the HiChew page using information from the page in the past before it was changed. Just read through the HiChew wikipedia page closely; you'll see why I was trying to change it. — Preceding unsigned comment added by 74.111.98.32 (talk) 02:33, 7 December 2016 (UTC)
Close
I was close with the name - but it was 3 years ago! See here for an example. Keri (talk) 17:34, 7 December 2016 (UTC)
- @Keri: Thanks! RedPanda25 17:36, 7 December 2016 (UTC)
Hexagonal shape of Saturns clouds
Hi RedPanda25: Saturn's hexagon explanation update with reference: Explanations for hexagon shape[edit] One hypothesis, developed at Oxford University, is that the hexagon forms where there is a steep latitudinal gradient in the speed of the atmospheric winds in Saturn's atmosphere.[13] Similar regular shapes were created in the laboratory when a circular tank of liquid was rotated at different speeds at its center and periphery. The most common shape was six sided, but shapes from three to eight sided were also produced. The shapes form in an area of turbulent flow between the two different rotating fluid bodies with dissimilar speeds.[13][14] A number of stable vortices of similar size form on the slower (south) side of the fluid boundary and these interact with each other to space themselves out evenly around the perimeter. The presence of the vortices influences the boundary to move northward where each is present and this gives rise to the polygon effect.[14] Polygons do not form at wind boundaries unless the speed differential and viscosity parameters are within certain margins and so are not present at other likely places, such as Saturn's south pole or the poles of Jupiter. Other researchers claim that lab studies exhibit vortex streets, a series of spiraling vortices not observed in Saturn's hexagon. Simulations show that a shallow, slow, localized meandering jetstream in the same direction as Saturn's prevailing clouds is able to match the observed behaviors of Saturn's Hexagon with the same boundary stability.[15]
The hexagonal shape may be the result of a sextupole magnetic field component of the planet and possibly correlated with radio emission anomalies. See https://en.wikipedia.org/wiki/Sextupole_magnet for a graphic display of the sextupole field.
I hope this is adequate to add to the hexagon shape explanations section.
Sincerely yours, Scott M. Hitchcock Physicist https://search.msu.edu/index.php?q=scott+hitchcock#gsc.tab=0&gsc.q=scott%20hitchcock&gsc.page=1