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lecture_24

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lecture_24 [2015/04/23 12:06] rupertlecture_24 [2016/01/22 19:06] (current) rupert
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 +~~REVEAL~~
 ===== The distance from a point to a line ===== ===== The distance from a point to a line =====
  
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 Let $\vv_1$ be a direction vector along $L_1$, and let $\vv_2$ be a direction vector along $L_2$. Let $\vv_1$ be a direction vector along $L_1$, and let $\vv_2$ be a direction vector along $L_2$.
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 +{{ :sl1.png?nolink&600 |}}
  
 The shortest distance from $L_1$ and $L_2$ is measured along the direction orthogonal to both $\vv_1$ and $\vv_2$, namely the direction of $\nn=\vv_1\times\vv_2$. The shortest distance from $L_1$ and $L_2$ is measured along the direction orthogonal to both $\vv_1$ and $\vv_2$, namely the direction of $\nn=\vv_1\times\vv_2$.
  
 Let $\Pi$ be the plane with normal vector $\nn$ which contains $L_1$. Let $\Pi$ be the plane with normal vector $\nn$ which contains $L_1$.
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 +{{ :sl2.png?nolink&600 |}}
  
 For any point $B$ in $L_2$, we have  For any point $B$ in $L_2$, we have 
lecture_24.1429790803.txt.gz · Last modified: by rupert

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