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2017/04/10 16:30 lecture_18_slides – [Proof of the geometric dot product formula] rupert +3 B (current)
2017/04/06 10:03 lecture_18_slides – rupert -1.3 KB
2017/04/05 15:38 lecture_18_slides – [Example 3] rupert +5 B
2017/04/05 15:37 lecture_18_slides – [Corollary 2: orthogonal vectors] rupert +1 B
2017/04/05 15:36 lecture_18_slides – [Corollary 2: orthogonal vectors] rupert +139 B
2017/04/05 15:35 lecture_18_slides – [Example 1] rupert +77 B
2017/04/05 15:34 lecture_18_slides – [Example 1] rupert +7 B
2017/04/05 15:34 lecture_18_slides – [Example 1] rupert +20 B
2017/04/05 15:33 lecture_18_slides – [Corollary 1: angle formula] rupert +2 B
2017/04/05 15:33 lecture_18_slides – [Corollary 1: angle formula] rupert +189 B
2017/04/05 15:32 lecture_18_slides – [Proof of the geometric dot product formula, continued] rupert ±0 B
2017/04/05 15:32 lecture_18_slides – [Proof of the geometric dot product formula, continued] rupert +6 B
2017/04/05 15:31 lecture_18_slides – [Proof of the geometric dot product formula, continued] rupert -3 B
2017/04/05 15:29 lecture_18_slides – [Proof of the geometric dot product formula, continued] rupert -1 B
2017/04/05 15:28 lecture_18_slides – [Proof of the geometric dot product formula, continued] rupert +13 B
2017/04/05 15:25 lecture_18_slides – [Proof, continued] rupert +37 B
2017/04/05 15:24 lecture_18_slides – [Proof, continued] rupert -69 B
2017/04/05 15:24 lecture_18_slides – [Proof of the geometric dot product formula] rupert +2 B
2017/04/05 15:23 lecture_18_slides – [Proof of the geometric dot product formula] rupert +65 B
2017/04/05 15:22 lecture_18_slides – [Proof of the geometric dot product formula] rupert -1 B