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2017/04/24 11:30 lecture_23_slides – [Example using $\def\dist{\text{dist}}\dist(B,L)=\frac{\|\vec{AB}\times\vv\|}{\|\vv\|}$] rupert +15 B (current)
2017/04/24 11:29 lecture_23_slides – [Distance between lines in $\mathbb{R}^3$ in general] rupert +153 B
2017/04/24 11:27 lecture_23_slides – [Distance between lines in $\mathbb{R}^3$ in general] rupert +1 B
2017/04/24 11:27 lecture_23_slides – [Skew lines in $\mathbb{R}^3$] rupert ±0 B
2017/04/24 11:27 lecture_23_slides – [Skew lines in $\mathbb{R}^3$] rupert ±0 B
2017/04/24 11:26 lecture_23_slides – [Skew lines in $\mathbb{R}^3$] rupert -41 B
2017/04/24 11:25 lecture_23_slides – [$\text{dist}(L_1,L_2)$ for skew lines in $\mathbb{R}^3$] rupert -27 B
2017/04/24 11:25 lecture_23_slides – [Distance between skew lines in $\mathbb{R}^3$] rupert +10 B
2017/04/24 11:25 lecture_23_slides – [Distance between skew lines in $\mathbb{R}^3$] rupert +28 B
2017/04/24 11:24 lecture_23_slides – [Distance between lines in $\mathbb{R}^3$ in general] rupert +109 B
2017/04/24 11:23 lecture_23_slides – [Example] rupert +479 B
2017/04/24 11:19 lecture_23_slides – [Distance between skew lines] rupert +18 B
2017/04/24 11:19 lecture_23_slides – [Distance between skew lines] rupert -71 B
2017/04/24 11:19 lecture_23_slides – [Distance between skew lines] rupert +50 B
2017/04/24 11:07 lecture_23_slides – [Distance between skew lines in $\mathbb{R}^3$] rupert -9 B
2017/04/24 11:06 lecture_23_slides – [Skew lines in $\mathbb{R}^3$] rupert ±0 B
2017/04/24 11:05 lecture_23_slides – [Skew lines in $\mathbb{R}^3$] rupert +33 B
2017/04/24 11:05 lecture_23_slides – [Skew lines in $\mathbb{R}^3$] rupert +40 B
2017/04/24 11:03 lecture_23_slides – [Example, again] rupert +38 B
2017/04/24 11:02 lecture_23_slides – [Alternative formula] rupert -4 B