![vector spaces - Cross, Dot Product Properties - Volume of Brillouin Zone - Mathematics Stack Exchange vector spaces - Cross, Dot Product Properties - Volume of Brillouin Zone - Mathematics Stack Exchange](https://i.stack.imgur.com/lxN1c.png)
vector spaces - Cross, Dot Product Properties - Volume of Brillouin Zone - Mathematics Stack Exchange
![SOLVED: 3] By using the properties of dot and cross product, prove the following: a) (W X v). 3 = 0. b) (w 3) x (w + 3) = 2(w x w). c) W x (V x U) = (W.U)v (W.V)U . SOLVED: 3] By using the properties of dot and cross product, prove the following: a) (W X v). 3 = 0. b) (w 3) x (w + 3) = 2(w x w). c) W x (V x U) = (W.U)v (W.V)U .](https://cdn.numerade.com/ask_images/ecbc10f24406464ba2f8b8414ea9a674.jpg)
SOLVED: 3] By using the properties of dot and cross product, prove the following: a) (W X v). 3 = 0. b) (w 3) x (w + 3) = 2(w x w). c) W x (V x U) = (W.U)v (W.V)U .
![LO 28 Find the cross product of standard unit vectors and use properties of the cross product - YouTube LO 28 Find the cross product of standard unit vectors and use properties of the cross product - YouTube](https://i.ytimg.com/vi/2jVxUgPGleg/maxresdefault.jpg)