Mach wave: Difference between revisions

Revision as of 22:00, 27 February 2014

Eusebio is the name people use to call me and I think the problem sounds quite good when you say it. I obtained to be unemployed but then now I am a great cashier. My house is from now on in South Carolina but I don't plan directly on changing it. It's not a common item but what I desire doing is bottle t-shirts collecting and now My personal have time to look at on new things. I'm not awesome at webdesign but you can want to check my website: http://prometeu.net

Also visit my weblog :: clash of clans hack no survey - prometeu.net -

@@ Line 1: / Line 1: @@
-A '''vector operator''' is a [[differential operator]] used in [[vector calculus]].  Vector operators are defined in terms of [[del]], and include the [[gradient]], [[divergence]], and [[Curl (mathematics)|curl]]:
+Eusebio is the name people use to call me and I think the problem sounds quite good when you say it. I obtained to be unemployed but then now I am a great cashier. My house is from now on in South Carolina but I don't plan directly on changing it. It's not a common item but what I desire doing is [http://search.about.com/?q=bottle+t-shirts bottle t-shirts] collecting and now My personal have time to look at on new things. I'm not awesome at webdesign but you can want to check my website: http://prometeu.net<br><br>
-:<math> \operatorname{grad} \equiv \nabla </math>
-:<math> \operatorname{div} \ \equiv \nabla \cdot </math>
-:<math> \operatorname{curl} \equiv \nabla \times </math>
-The [[Laplacian]] is
+Also visit my weblog :: clash of [http://Imgur.com/hot?q=clans+hack clans hack] no survey - [http://prometeu.net prometeu.net] -
-:<math> \nabla^2 \equiv \operatorname{div}\ \operatorname{grad} \equiv \nabla \cdot \nabla </math>
-Vector operators must always come right before the [[scalar field]] or [[vector field]] on which they operate, in order to produce a result. E.g.
-:<math> \nabla f </math>
-yields the gradient of ''f'', but
-:<math> f \nabla </math>
-is just another vector operator, which is not operating on anything.
-A vector operator can operate on another vector operator, to produce a compound vector operator, as seen above in the case of the Laplacian.
-==See also==
-* [[del]]
-* [[D'Alembertian operator]]
-* [http://modis.ispras.ru/wikipedia/pic/Vector_calculus.html Related articles on a diagram]
-==Further reading==
-* H. M. Schey (1996) ''Div, Grad, Curl, and All That: An Informal Text on Vector Calculus'', ISBN 0-393-96997-5.
-[[Category:Vector calculus]]

Mach wave: Difference between revisions

Revision as of 22:00, 27 February 2014

Navigation menu

Search