[" If vectors "vec p,vec Q" and "vec R" have "],[" magnitudes "5,12" and "13" units and "vec p],[+vec q=vec R," the angle between "vec Q" and "vec R" is "]

If between vec(P),vec(Q) and vec(R) have magnitudes 5,12 and 13 units and vec(P) + vec(Q) = vec(R) , find the angle between vec(Q) and vec(R) .

If vector P, Q and R have magnitude 5,12,and 13 units and vec(P)+vec(Q)=vec(R ) , the angle between Q and R is

If vector P, Q and R have magnitude 5,12,and 13 units and vec(P)+vec(Q)=vec(R ) , the angle between Q and R is

If vec P+ vec Q = vec R and |vec P| = |vec Q| = | vec R| , then angle between vec P and vec Q is

vec P+vec Q+vec R=0 and vec |p|=8,vec |Q|=15 and vec |R|=17 angle between vec P and vec Q is

If vec r=3vec p+4vec q and 2vec r=vec p-3vec q then

If vec p xxvec q=vec r and vec p*vec q=c, then vec q is

Three vectors vec P,vec Q,vec R are such that the |vec P|=|vec Q|,|vec R|=sqrt(2)|vec P| and vec P+vec Q+vec R=0 the ange between vec P and vec Q,vec Q and vec R=0 the ange between vec P and respectively

Two vectors vec p,vec q on a plane satisfy |vec p+vec q|=sqrt(13),|vec p-vec q|=1 and |vec p|=sqrt(3) The angle between vec p and vec q, is equal to