In a regular hexagon `A B C D E F ,\ vec (AB)=a ,\ vec(B C)= vec b` , `vec (C D)=c` Then\ `vec A E=`

In a regualr hexagon ABCDEF, A vecB = vec a, B vec C = vecb and C vec D = vec c. " Then " A vec E =

In a regular hexagon ABCDEF,vec AB=a,vec BC=b and vec CD=c. Then ,vec AE=

aa n db form the consecutive sides of a regular hexagon A B C D E Fdot Column I, Column II If vec C D=x vec a+y vec b , then, p. x=-2 If vec C E=x vec a+y vec b , then, q.x=-1 If vec A E=x vec a+y vec b , then, r. y=1 vec A D=-x vec b , then, s.y=2

Let ABCDEF be a regular hexagon and vec AB=vec a,vec BC=vec b,vec CD=vec c then vec AE is

If ABCDEF is a regular hexagon , then A vec D + E vec B + F vec C equals

[vec a + vec b, vec b + vec c, vec c + vec a] = 2 [vec a, vec b, vec c]

ABCDEF si a regular hexagon with centre at the origin such that A vec D + E vec B + F vec C = lambda E vec D . " Then, " lambda equals

If ABCDEF is a regular hexagon,them vec AD+vec EB+vec FC equals 2vec AB b.vec 0 c.3vec AB d.4vec AB

If vec a,vec b are the vectors forming consecutive sides of a regular of a regular hexagon ABCDEF, then the vecrtor representing side CD is vec a+vec b b.vec a-vec b c.vec b-vec a d.-(vec a+vec b)

[vec a, vec b + vec c, vec d] = [vec a, vec b, vec d] + [vec a, vec c, vec d]