Two vectors A and B lie in X-Y plane. The vector B is perpendicular to vector A. If `A=hati+hatj`, then B may be -

Two vectors A and B lie in X-Y plane . The vector B is perpendicular to vector A . If Ahat(i)+hat(j) , then B may be :-

Two vectors vec(A) and vec(B) lie in X-Y plane. The vector vec(B) is perpendicular to vector vec(A) . If vec(A) = hat(i) + hat(j) , then vec(B) may be :

Two vectors vec(A) and vec(B) lie in X-Y plane. The vector vec(B) is perpendicular to vector vec(A) . If vec(A) = hat(i) + hat(j) , then vec(B) may be :

Find the unit vectors perpendicular to the vectors. hati+hatj , hati-hatk

A vector perpendicular to the vectors hati+hatj and hati+hatk is ____

A unit vector perpendicular to both the vectors hati+hatj and hatj+hatk is -

A vector perpendicular to (4hati-3hatj) may be :

A vector perpendicular to (4hati-3hatj) may be :

A vector perpendicular to (4hati-3hatj) may be :

A vector perpendicular to (4hati-3hatj) may be :