The resultant of ` vec(a)` and ` vec(b)` makes `alpha` with `vec(a)` and `beta` with `vec(b)`, then (a,b represent magnitudes of respective vectors) :

The resultant of vec(A) and vec(B) makes angle alpha with vec(A) and beta " with " vec(B) . Then:

The resultant of vec(A) and vec(B) makes an angle alpha with vec(A) and omega with vec(B) , then:-

The resultant of vec(A) and vec(B) makes an angle alpha with vec(A) and omega with vec(B) , then:-

The resultant of two vectors vec(A) and vec(B) is perpendicular to the vector vec(A) and its magnitudes is equal to half of the magnitudes of vector vec(B) (figure). The angle between vec(A) and vec(B) is

The resultant of two vectors vec(A) and vec(B) is perpendicular to the vector vec(A) and its magnitudes is equal to half of the magnitudes of vector vec(B) (figure). The angle between vec(A) and vec(B) is

The resultant of two velocity vectors vec(A) and vec(B) is perpendicular to vec(A) . Magnitude of Resultant vec(R ) is equal to half magnitude of vec(B) . If the angle between vec(A) and vec(B) is (30 theta)^(@) , then value of theta is ?

The resultant of two vectors vec A and vec B perpendicular to the vector vec A and its magnitude id equal to half of the magnitude of the vector vec B . Find out the angle between vec A and vec B .

The resultant of two vectors vec A and vec B is perpendicular to the vector vec A and its magnitude is equal to half the magnitude of vector vec B . What is the angle between vec A and vec B ?