Review Note
Last Update: 12/29/2024 03:13 PM
Current Deck: Physik::T2
Published
Fields:
Front
Wie lassen sich die einzelnen Größen der Formel \(\dot W_V + S_{\partial V} + P_{mech, V}=0 \) berechnen?
Back
- \(W_V := \int_Vdx^3 w(x) \implies \dot W_V = \int_Vdx^3 \ \partial_tw(x) \), (wobei \(w(x) = w(\vec x, t)\))
- \(S_{\partial V}= \oint_{\partial V} dx^2 \ \vec n \cdot \vec S\)
- \(P_{mech, V} = \int_V dx^3 \ \vec j \cdot \vec E\)
Tags:
Suggested Changes:
Deck Changes (Suggestion to move the Note to the following Deck):
Field Changes:
Tag Changes: