Let `vec u=hat i+hat j,vec v=hat i-hat j and vec w=hat i+2 hat j+3hat k`.If `hat n` is a unit vector such that `vec u*hat n=0 and vec v*hat n` then `|vec w*hat n|` is equal to

Let vec u=hat i+hat j,vec v=hat i-hat j and vec w=hat i+2 hat j+3hat k .If hat n is a unit vector such that vec u*hat n=0 and vec v*hat n=0 then |vec w*hat n| is equal to

Let vec u=hat i+hat j,vec v=hat i-hat j and vec w=hat i+2 hat j+3hat k .If hat n is a unit vector such that vec u*hat n=0 and vec v*hat n=0 then |vec w*hat n| is equal to

vec u=hat i+hat j,vec v=hat i-hat j and vec w=hat i+2hat j+3hat k .If widehat n is a unit vector such that vec u*widehat n=0 and vec v*widehat n then |vec w*widehat n| is equal to

Let vec u=hat(i)+hat(j), vec v=hat(i)-hat(j) and vec w=hat(i)+2hat(j)+3hat(k) . If hat(n) is a unit vector such that vec u*hat(n)=0 and vec v*hat(n)=0 , then |vec w*hat(n)| is

if vec u=hat i+hat j,vec v=hat i-hat j and vec w=hat i+2hat j+3hat k if vec n is unit vector such that vec u*vec n=0 and vec v.vec n=0 then find out |vec w*vec n|

If vec u = i+j, vec nu = i-j , and vec w = i+2j+3k . If hat n is a unit vector such that vec u . hat n = 0, vec nu . hat n = 0 then |vec w . hat n| =

Let vec(u) = hat(i) + hat(j), vec(v) = hat(i) - hat(j) and vec(w) = hat(i) + 2hat(j) + 3hat(k) . If hat(n) is a unit vector such that vec(u).vec(n) = 0 and vec(v).hat(n) = 0 then |vec(w).hat(n)| is equal to.

Let vec a= hat i- hat j , vec b= hat j- hat ka n d vec c= hat k- hat i. If vec d is a unit vector such that vec a.vec d=0=[ vec b vec c vec d], then d equals a. +-( hat i+ hat j-2 hat k)/(sqrt(6)) b. +-( hat i+ hat j- hat k)/(sqrt(3)) c. +-( hat i+ hat j+ hat k)/(sqrt(3)) d. +- hat k

Let vec a= hat i- hat j , vec b= hat j- hat ka n d vec c= hat k- hat i. If vec d is a unit vector such that vec a.vec d=0=[ vec b vec c vec d], then d equals a. +-( hat i+ hat j-2 hat k)/(sqrt(6)) b. +-( hat i+ hat j- hat k)/(sqrt(3)) c. +-( hat i+ hat j+ hat k)/(sqrt(3)) d. +- hat k