Theoretical Mechanics IPSP

Jürgen Vollmer, Universität Leipzig

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book:chap5:5.3_volume_integrals

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book:chap5:5.3_volume_integrals [2022/01/04 20:27] – [5.3.4 Self Test] abrilbook:chap5:5.3_volume_integrals [2022/01/04 20:29] (current) – abril
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-FIXME draft with missing figures and references :!: 
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 ===== 5.3  Volume integrals — A professor falling through Earth  ===== ===== 5.3  Volume integrals — A professor falling through Earth  =====
 <WRAP #section_VolumeMassDensity></WRAP> <WRAP #section_VolumeMassDensity></WRAP>
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-<WRAP box round>**Example 5.2** <wrap em>Volume of a sphere</wrap> \\ +<WRAP box round #bsp_VolumeIntegral>**Example 5.2** <wrap em>Volume of a sphere</wrap> \\ 
 The volume of a three-dimensional sphere $S$ with center at the origin and radius $R$ is The volume of a three-dimensional sphere $S$ with center at the origin and radius $R$ is
 \begin{align*}  \begin{align*} 
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 </WRAP> </WRAP>
  
-<WRAP box round>**Example 5.3** <wrap em>Integration volumes</wrap> \\ +<WRAP box round #bsp_IntegrationVolumes>**Example 5.3** <wrap em>Integration volumes</wrap> \\ 
  
 **a)** //polar coordinates// **a)** //polar coordinates//
book/chap5/5.3_volume_integrals.1641324452.txt.gz · Last modified: 2022/01/04 20:27 by abril