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M3P2
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d306ffa3
Commit
d306ffa3
authored
Feb 15, 2021
by
Claude Meny
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Update textbook.fr.md
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00.brainstorming-pedagogical-teams/40.collection-existing-pedagogical-content/40.classical-mechanics/10.main/textbook.fr.md
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d306ffa3
...
@@ -5,7 +5,7 @@ routable: true
...
@@ -5,7 +5,7 @@ routable: true
visible
:
false
visible
:
false
---
---
###
Sistema de coordenadas / Systèmes de coordonnées / Coordinates sys
tems
###
Classical mechanics : Collect of course i
tems
(cartesian, cylindrical, spherical, Euler angles)
(cartesian, cylindrical, spherical, Euler angles)
...
@@ -189,6 +189,32 @@ pensez à remplacer (auto-tra) par vos initiales (YYY).
...
@@ -189,6 +189,32 @@ pensez à remplacer (auto-tra) par vos initiales (YYY).
#### Cinematics
#### Cinematics
#### Dynamics
#### Momento de una fuerza / Moment d'une force / ??
*CLAPTMEC-CI-xxx*
[
ES
]
(
UN..LF
)
¿De qué depende la magnitud de la rotación producida por una fuerza?
Situación: Abrir una puerta
[
ES
]
Torque = Momento
[
ES
]
(
UN..LF
)
tendencia de una fuerza a hacer rotar un objeto alrededor de un eje.
La fuerza F tiende a producir rotación alrededor de un eje
perpendicular al plano formado por r y F.
[
ES
]
(
UN..LF
)
$
`\overrightarrow{\tau} = \overrightarrow{r\times\overrightarrow{F}`
$
[
ES
]
(
CME
)
$
`\overrightarrow{M^t} = \overrightarrow{r\land\overrightarrow{F}`
$
--------------------------------------------------------------------------------
##### El momento angular / Le moment angulaire / The angular momentum
##### El momento angular / Le moment angulaire / The angular momentum
*CLAPTMEC-CI-xxx*
*CLAPTMEC-CI-xxx*
...
@@ -231,9 +257,10 @@ p_x & p_y & p_z\end{vmatrix}`$
...
@@ -231,9 +257,10 @@ p_x & p_y & p_z\end{vmatrix}`$
|
*Cantidad de movimiento*
|
Momentum lineal
<br>
$
`\overrightarrow{p}`
$ |
Momento angular
<br>
$
`\overrightarrow{L}`
$ |
|
*Cantidad de movimiento*
|
Momentum lineal
<br>
$
`\overrightarrow{p}`
$ |
Momento angular
<br>
$
`\overrightarrow{L}`
$ |
|
*Energía cinética*
|
$
`K=\dfrac{m\,v^2}{2}`
$
|
$
`K=\dfrac{I\,\omega^2}{2}`
$
|
|
*Energía cinética*
|
$
`K=\dfrac{m\,v^2}{2}`
$
|
$
`K=\dfrac{I\,\omega^2}{2}`
$
|
|
*Causa movimiento*
|
Fuerza $
`\overrightarrow{F}`
$
|
Torque $
`\overrightarrow{\tau}`
$
|
|
*Causa movimiento*
|
Fuerza $
`\overrightarrow{F}`
$
|
Torque $
`\overrightarrow{\tau}`
$
|
<br>
[
FR
]
(
CME
)
<br>
[
FR
]
(
CME
)
<br>
| PROPRIÉTÉ | Translation | Rotation |
| PROPRIÉTÉ | Translation | Rotation |
| :------------------------------ |:--------------------------------------------------------------:| :---------------------------------------------------------:|
| :------------------------------ |:--------------------------------------------------------------:| :---------------------------------------------------------:|
|
*Inertie*
|
Masse $
`m`
$
|
Moment d'inertie $
`I`
$
|
|
*Inertie*
|
Masse $
`m`
$
|
Moment d'inertie $
`I`
$
|
...
@@ -241,6 +268,9 @@ p_x & p_y & p_z\end{vmatrix}`$
...
@@ -241,6 +268,9 @@ p_x & p_y & p_z\end{vmatrix}`$
|
*Énergie cinétique*
|
$
`\mathcal{E}_c=\dfrac{m\,v^2}{2}`
$
|
$
`\mathcal{E}_c=\dfrac{I\,\omega^2}{2}`
$
| |
|
*Énergie cinétique*
|
$
`\mathcal{E}_c=\dfrac{m\,v^2}{2}`
$
|
$
`\mathcal{E}_c=\dfrac{I\,\omega^2}{2}`
$
| |
|
*Cause du mouvement*
|
Force $
`\overrightarrow{F}`
$
|
Moment $
`\overrightarrow{\tau}`
$
|
|
*Cause du mouvement*
|
Force $
`\overrightarrow{F}`
$
|
Moment $
`\overrightarrow{\tau}`
$
|
_(il faut mettre visibles les lignes du cadrage des tableaux)_
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