[" 3.The resultant of "vec A" and "vec B" makes an angle "alpha" with "vec A" and "," (c) zer "],[beta" with "vec B" ,"," 6.The rad "],[[" (a) "alphaB," (d) "alpha

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

if vec a*vec b=0&vec c makes an angle of (pi)/(3) with both vec a&vec b then [vec avec bvec c]^(2) can be

Two vectors vec(A) and vec(B) inclined at an angle theta have a resultant vec(R ) which makes an angle alpha with vec(A) . If the directions of vec(A) and vec(B) are interchanged, the resultant will have the same

Two vectors vec(A) and vec(B) inclined at an angle theta have a resultant vec(R ) which makes an angle alpha with vec(A) . If the directions of vec(A) and vec(B) are interchanged, the resultant will have the same

Two vectors vec(A) and vec(B) inclined at an angle theta have a resultant vec(R ) which makes an angle alpha with vec(A) . If the directions of vec(A) and vec(B) are interchanged, the resultant will have the same