P,Q,R,S are the points `(1,2,-2), (8,10,11), (1,2,3) and (3,5,7)` respectively. If s denotes the projection of PQ on RS then `29s^(2) + 29` is equal to :

If P,Q,R,S are the points (1,-1,0),(2,1,-1),(-3,2,2) and (0,-2,-1) respectively. Find the projection of PQ on RS.

If P,Q,R,S are points (1,2,5), (-2,1,3) , (4,4,2) and (2,1,-4) respectively, find the projection of PQ on RS.

P,Q,R,S are four points respectively (1,2,-2),(8,10,11),(1,2,3)and(3,5,7) if x is the length of the projection of PQ on RS then the value of 29x^2-400/10 is

P(1,2,-2) ,Q(8,10,11) ,R(1,2,3) ,S(3,5,7) if lambda denotes the length of projection of PQ on RS then 29 lambda^(2)+29 (A) 8100 (B) 8029 (C) 8129 (D) 90

If P,Q,R,S are (3,6,4),(2,5,2),(6,4,4,),(0,2,1) respectively find the projection of PQ on RS.

If P,Q,R,S are (3,6,4),(2,5,2),(6,4,4,),(0,2,1) respectively find the projection of PQ on RS.

P(1,0,-1),Q(2,0,-3),R(-1,2,0) and S(,-2,-1) then find the projection length of vec PQ on vec RS

If coordinates of P,Q,R,S and (3,6,4),(2,5,2),(6,4,4),(0,2,1) respectively, find the projection of PQ on RS.

The point P (3,2,4),Q(4,52),R(5,8,0) and S(2,-1,6) are :

If coordinates of point P,Q,R,S are respectively (6,3,2);(5,1,4);(3,4,-7) and (0,2,5) then the projection of PQ on RS are