User talk:142.150.160.187

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Hi, please do not overwrite copyvio notices. You can rewrite the article in /Temp instead, as explained in the instructions of the notice. Thanks, jni 17:32, 11 Mar 2005 (UTC)

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[edit] Laplace's equation

Your edits at Laplace's equation were not very accurate (you had a mistake, and you deleted some stuff you should not have). By the way, would you mind making yourself an account, if you want to do serious editing? Oleg Alexandrov 19:15, 14 Mar 2005 (UTC)


[edit] Wave equation

At wave equation, what you inserted should have gone in the paragraph below, or somewhere else. I would ask you to read more carefully an article before inserting changes, and read carefully the article after you make your changes. You are very welcome here, but please show some care. Thanks. Oleg Alexandrov 20:07, 14 Mar 2005 (UTC)

[edit] Account

It seems you are determined to contribute. Would you please make yourself an account? Then it is easier for you to monitor what happens to the pages you change, and it is easier for us to keep in touch with you. Thanks. Oleg Alexandrov 18:01, 17 Mar 2005 (UTC)

on an interval [a,b), period is b-a, the normalizing constant is 2/(b-a), for example on interval [-Pi, Pi), the normalizing constant is 2/(Pi+Pi) = 1/Pi. Or can be written as 1/L on an interval [-L, L). If the interval is [0, 2*Pi), the constant would be 2/(2*pi-0). which is 1/Pi. So 2/p for a period p, and 1/L for interval [-L, L) are consistent statements. You are right about orthogonality, i made a typo.

[edit] How to compose good-looking non-TeX mathematical notation on Wikipedia

(See below. Michael Hardy 22:30, 17 Mar 2005 (UTC))

period is b-a,
period is b − a,
on an interval [a,b),
on an interval [a, b),
the normalizing constant is 2/(b-a),
the normalizing constant is 2/(b − a),
the normalizing constant is 2/(Pi+Pi) = 1/Pi.
the normalizing constant is 2/(π + π) = 1/π.
interval is [0, 2*Pi), the
interval is [0, 2π), the
would be 2/(2*pi-0).
would be 2/(2π − 0).
So 2/p for a period p,
So 2/p for a period p,
[-L, L)
[−L, L)

[edit] Partial derivative

Normally the word "differential" as a noun is reserved for things that can be thought of as infinitesimals. That's why I reverted your edits to that page. Michael Hardy 01:07, 23 Mar 2005 (UTC)

[edit] Use your account

Dear Chubby Chicken (who else? :),

Please use your account for all edits. Your changes sometimes contain mistakes, and sometimes need style cleanup afterwards. If you use your account at all times, it will be easier for both you and us to track your changes. Thanks. Oleg Alexandrov 02:07, 23 Mar 2005 (UTC)

[edit] Sturm-Liouville

Hello. Although it is conventional in many contexts to write such things as "Smith's Theorem" with a capital "T" in "theorem", it conflicts with Wikipedia's house style. On Wikipedia there are hundreds of articles with titles like "Smith's theorem", "Smith's law", "Smith's phenomenon", "Smith's distribution", "Smith's constant", "Smith's lemma", "Smith's hypothesis", "Smith's principle", etc. E.g., see list of theorems. Michael Hardy 18:29, 24 Mar 2005 (UTC)

[edit] Zango Messenger

Hi there. Referenced facts are not "POV". If you have any suggestions on how to improve the article, please post on the talk page, but DO NOT remove entire sections without providing a valid reason. Thank you. — TheKMantalk 17:22, 4 April 2006 (UTC)