Let a.b and c be non-zero vectors such that `(a xx b) xx c = (1)/(3) |b| |c| a`. If `theta` is the acute angle between the vectors b and c then sin `theta` =

Let a, b and c be non-zero vectors such that (vecaxxvecb)xxvecc=(-1)/(4)|vecb||vecc|veca . If theta the acute angle between the vectors b and c, then the angle between a and c is equal to

Let veca, vecb and vecc be non-zero vectors such that (veca xx vecb) xx vecc=1/3|vecb||vecc|veca. If theta is the acute angle between the vectors vecb and vecc, then sin theta equals.

If vec a,vec b, and vec c be non-zero vectors such that no tow are collinear or (vec a xxvec b)xxvec c=(1)/(3)|vec b||vec c|vec a* If theta is the acute angle between vectors vec b and vec c, then find the value of sin theta.

Let bar(a) , bar(b) and bar(c) be non-zero vectors such that (bar(a)timesbar(b))timesbar(c)=(1)/(3)|bar(b)||bar(c)|bar(a) ..If theta is the acute angle between the vectors bar(b) and bar(c) then sin theta=2k then k=

Let bar(a),bar(b) and bar(c) be non-zero and non collinear vectors such that (bar(a)times bar(b))times bar(c)=(1)/(3)|bar(b)||bar(c)|bar(a) .If theta is the acute angle between the vectors bar(b) and bar(c) then sin theta

vec(a),vec(b) and vec( c ) are non zero vectors. (vec(a)xx vec(b))xx vec( c )=(1)/(3)|vec(b)||vec( c )|vec(a) . If the acute angle between the vectors vec(b) and vec( c ) is theta then sin theta = ……………

If vec a , vec b , and vec c be non-zero vectors such that no two are collinear or ( vec axx vec b)xx vec c=1/3| vec b|| vec c| vec adot If theta is the acute angle between vectors vec b and vecc , then find the value of sin thetadot