The 3-dimensional vectors `v_1, v_2, v_3` satisfying `v_1cdotv_1=4, v_1cdotv_2=-2, v_1cdotv_3=6, v_2cdotv_2=2, v_2cdotv_3=-5, v_3cdotv_3=29`, then `v_3` may be

Find 3-dimensional vectors vec v_1,vec v_2,vec v_3 satisfying vec v_1* vec v_1=4,vec v_1* vec v_2=-2,vec v_1* vec v_3=6, vec v_2* vec v_2=2 , vec v_2 *vec v_3=-5,vec v_3* vec v_3=29

Find 3-dimensional vectors vec v_1,vec v_2,vec v_3 satisfying vec v_1* vec v_1=4,vec v_1* vec v_2=-2,vec v_1* vec v_3=6, vec v_2* vec v_2=2 , vec v_2 *vec v_3=-5,vec v_3* vec v_3=29

Find 3-dimensional vectors vec v_1,vec v_2,vec v_3 satisfying vec v_1* vec v_1=4,vec v_1* vec v_2=-2,vec v_1* vec v_3=6, vec v_2* vec v_2=2 , vec v_2 *vec v_3=-5,vec v_3* vec v_3=29

Find 3 -dimensional vectors vec v_ (1), vec v_ (2), vec v_ (3) satisfying vec v_ (1) * vec v_ (1) = 4, vec v_ (1) * vec v_ (2) = - 2, vec v_ (1) * vec v_ (3) = 6, vec v_ (2) * vec v_ (2) = 2, vec v_ (2) * vec v_ (3) = - 5, vec v_ (3) * vec v_ (3)

find 3- dimensional vectors overset(to)(v)_(1) , overset(to)(v)_(2), overset(to)(v)_(3) satisfying overset(to)(v)_(1),overset(to)(v)_(1) =4, overset(to)(v)_(1).overset(to)(v)_(2)=-2overset(to)(v)_(1).overset(to)(v)_(3)-6 overset(to)(v)_(2).overset(to)(v)_(2)=2,overset(to)(v)_(2).overset(to)(v)_(3) =-5 , overset(to)(v)_(3).overset(to)(v)_(3)=29

find 3- dimensional vectors overset(to)(v)_(1) , overset(to)(v)_(2), overset(to)(v)_(3) satisfying overset(to)(v)_(1).overset(to)(v)_(1) =4, overset(to)(v)_(1).overset(to)(v)_(2)=-2overset(to)(v)_(1).overset(to)(v)_(3)-6 overset(to)(v)_(2).overset(to)(v)_(2)=2,overset(to)(v)_(2).overset(to)(v)_(3) =-5 , overset(to)(v)_(3).overset(to)(v)_(3)=29

If vec v_1= (2,-3) , vec v_2=(0,1) and vec v_3=(-1,6) , find a unit vector parallel to vec v_1+2 vec v_2-vec v_3 .

The threshold frequencies for photoemission for three metals numbered 1,2,3 are respectively v_(1), v_(2), v_(3) and v_(1) gt v_(2)gt v_(3) . An incident radiation of frequency v_(0)gtv_(2) …………………cause the photoemission from 3 but…………….cause photoemission from 1.