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 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 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 :

Unit vector perpendicular to the vectors hat(i) - hat(j) and hat(i) + hat(j) is

What is the vector in the XY -plane through origin and perpendicular to the vector vec(r )= a hat(i) +b hat(j) and of the same length?

When vector hat(n) = ahat(i) + bhat(j) is perpendicular to (2hat(i) + hat(j)) , then a and b are

When vector hat(n) = ahat(i) + bhat(j) is perpendicular to (2hat(i) + hat(j)) , then a and b are

What is the vector in the xy-plane through origin and perpendicular to the vector vec(r)=a vec(i) +b hat(j) and of the same length?

Given that i-j,i-2j are two vectors.Find a unit vector coplanar with these vectors and, perpendicular to the first vector i-j. Find also the unit vector which is perpendicular to the plane of the two given vectors.

a=4hat(i)+3hat(j) and b are two vectors in XOY plane and a is perpendicular to b. A vector c lying in the same plane and having projections 1 and 2 respectively a and b is