The vectors V 1 2 4 u 2 2 11 k and w 3 6 0 are linearly
The vectors V = [1 2 -4], u = [2 -2 11 + k], and w = [-3 6 0] are linearly independent if and only if k not equal .
Solution
system of linear equation form given vector:
v+2u = -3, 2v-2u=6
solve the system :
we get v = 1 and u = -2
then third equation : -4v + (11+k)u = 0
put the value of v and u:
-4*1 + (11+k)*-2 = 0
- 4 - 22 - 2k = 0
-26 - 2k = 0
k = -26/2 = -13
thus v, u and w are linearly independent if and only if k is not equal to -13.
![The vectors V = [1 2 -4], u = [2 -2 11 + k], and w = [-3 6 0] are linearly independent if and only if k not equal .Solutionsystem of linear equation form given The vectors V = [1 2 -4], u = [2 -2 11 + k], and w = [-3 6 0] are linearly independent if and only if k not equal .Solutionsystem of linear equation form given](/WebImages/3/the-vectors-v-1-2-4-u-2-2-11-k-and-w-3-6-0-are-linearly-973058-1761499833-0.webp)