![SOLVED: use scalar triple product to determine whether the points A (1, 3 , 2), B (3, -1, 6), C (5, 2, 0), D(3, 6, -4) lie in the same plane SOLVED: use scalar triple product to determine whether the points A (1, 3 , 2), B (3, -1, 6), C (5, 2, 0), D(3, 6, -4) lie in the same plane](https://cdn.numerade.com/ask_previews/7d497e9a-f0aa-4abf-8952-b65c29186928_large.jpg)
SOLVED: use scalar triple product to determine whether the points A (1, 3 , 2), B (3, -1, 6), C (5, 2, 0), D(3, 6, -4) lie in the same plane
![Is there any associative property in vector triple product - Maths - Vector Algebra - 12570833 | Meritnation.com Is there any associative property in vector triple product - Maths - Vector Algebra - 12570833 | Meritnation.com](https://s3mn.mnimgs.com/img/shared/content_ck_images/ck_5ca3ebe3af282.png)
Is there any associative property in vector triple product - Maths - Vector Algebra - 12570833 | Meritnation.com
![matrices - Linear algebra: cross-product(proof of the property-Vector triple product) - Mathematics Stack Exchange matrices - Linear algebra: cross-product(proof of the property-Vector triple product) - Mathematics Stack Exchange](https://i.stack.imgur.com/4awuO.jpg)
matrices - Linear algebra: cross-product(proof of the property-Vector triple product) - Mathematics Stack Exchange
![SOLVED: 10. Bonus. [15 pts] Prove the Quadruple vector product identity B x (C x D) = [(A x B) · (C x D)] - [(A x B) · C] D using SOLVED: 10. Bonus. [15 pts] Prove the Quadruple vector product identity B x (C x D) = [(A x B) · (C x D)] - [(A x B) · C] D using](https://cdn.numerade.com/ask_images/8fa98bf4b147431f9eeefe3128b240a6.jpg)