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M3P2
Courses
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bd8d942b
Commit
bd8d942b
authored
May 08, 2023
by
Claude Meny
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Update cheatsheet.fr.md
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12.temporary_ins/69.waves/30.n3/20.overview/cheatsheet.fr.md
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bd8d942b
...
@@ -1612,6 +1612,7 @@ $`\quad\quad \;\; = \cdots`$
...
@@ -1612,6 +1612,7 @@ $`\quad\quad \;\; = \cdots`$
-------------------------
-------------------------
<br>
**Calcul de l'onde résultante**
*en notation complexe*
**Calcul de l'onde résultante**
*en notation complexe*
...
@@ -1689,7 +1690,7 @@ $`\quad\quad \;\; = \cdots`$
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@@ -1689,7 +1690,7 @@ $`\quad\quad \;\; = \cdots`$
**$`\quad\;\; = -2i\;sin(\theta_{12})\; e^{\,i\,\theta_{moy}}`$**
**$`\quad\;\; = -2i\;sin(\theta_{12})\; e^{\,i\,\theta_{moy}}`$**
<br>
<br>
*
Nous obtenons l'
**expression
final
e**
de l'onde résultante de la
*superposition de deux OPPH*
quelconques :
*
Nous obtenons l'
**expression
complex
e**
de l'onde résultante de la
*superposition de deux OPPH*
quelconques :
<br>
<br>
**$`\underline{U}(\overrightarrow{r},t)`$**
**$`\underline{U}(\overrightarrow{r},t)`$**
<br>
<br>
...
@@ -1699,9 +1700,24 @@ $`\quad\quad \;\; = \cdots`$
...
@@ -1699,9 +1700,24 @@ $`\quad\quad \;\; = \cdots`$
**
$
`\begin{array}\quad = &+\,2\,A_{moy}\,cos(\theta_{12})\; e^{\,i\,\theta_{moy}}\\
**
$
`\begin{array}\quad = &+\,2\,A_{moy}\,cos(\theta_{12})\; e^{\,i\,\theta_{moy}}\\
&-\,2i\,\Delta A_{1-2}\,sin(\theta_{12})\; e^{\,i\,\theta_{moy}}\end{array}`
$
**
&-\,2i\,\Delta A_{1-2}\,sin(\theta_{12})\; e^{\,i\,\theta_{moy}}\end{array}`
$
**
<br>
<br>
L'
**onde réelle**
est la
*partie réelle de l'onde complexe*
:
*
L'
**onde réelle**
est la
*partie réelle de l'onde complexe*
:
<br>
<br>
$
`U(\overrightarrow{r},t)\,=\,\mathbb{R}e\big(\underline{U}(\overrightarrow{r},t))`
$
<br>
$
`\begin{array}\quad = &+\,2\,A_{moy}\,cos(\theta_{12})\; e^{\,i\,\theta_{moy}}\\
&-\,2i\,\Delta A_{1-2}\,sin(\theta_{12})\; e^{\,i\,\theta_{moy}}\end{array}`
$
<br>
$
`\color{blue}{\scriptsize{exp(ia)\,=\, cos\,a\,+\,i\, sin\,a}}`
$
<br>
$
`\begin{array}\quad = &\mathbb{R}e \big[\,2\,A_{moy}\,cos(\theta_{12})\;(cos\,\theta_{moy}\,+\,isin\,\theta_{moy}})\\
&-\,2i\,\Delta A_{1-2}\,sin(\theta_{12})\;(cos\,\theta_{moy}\,+\,isin\,\theta_{moy}})\big]\end{array}`
$
<br>
$
`\begin{array}\quad = &2\times\mathbb{R}e \big[\,A_{moy}\,cos(\theta_{12})\;cos\,\theta_{moy}\,-\,sin\,\theta_{moy}})\\
&-\,2i\,\Delta A_{1-2}\,sin(\theta_{12})\;(cos\,\theta_{moy}\,+\,isin\,\theta_{moy}})\end{array}`
$
**
$
`\begin{array}\quad = &+\,2\,A_{moy}\,cos\big(\omega_{moy} t + \overrightarrow{k}_{moy}\cdot\overrightarrow{r}+ \varphi_{moy}\big)\\
**
$
`\begin{array}\quad = &+\,2\,A_{moy}\,cos\big(\omega_{moy} t + \overrightarrow{k}_{moy}\cdot\overrightarrow{r}+ \varphi_{moy}\big)\\
&\quad\times\,cos\big(\Delta \omega_{12} t + \Delta \overrightarrow{k}_{12}\cdot\overrightarrow{r}+\Delta\varphi_{12}\big)\\
&\quad\times\,cos\big(\Delta \omega_{12} t + \Delta \overrightarrow{k}_{12}\cdot\overrightarrow{r}+\Delta\varphi_{12}\big)\\
...
...
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