[P(0,1,0)Q(0,0,1)" then "],[" projection of "bar(PQ)" on the "],[" plane "x+y+z=3" is "]

If P=(0,1,0), Q=(0,0,1), then the projection of PQ on the plane x+y+z=3 is

If P=(0,1,0) and Q=(0,0,1) then the projection of PQ on the plane x+y+z=3 is

If P=(0,1,0) and Q=(0,0,1) then the projection of PQ on the plane x+y+z=3 is

If P=(0,1,0) and Q=(0,0,1) then the projection of PQ on the plane x+y+z=3 is

If P=(0,1,0) and Q=(0,0,1) then the projection of PQ on the plane x+y+z=3 is

If P=(3,-4,1), Q=(4,0,2) then find the projection of bar(PQ) on the plane 2x-y+2z=3 .

The projection of the line x+y=0,z=0 on the plane x-y+z=1 is

Assertion (A) : P(3,4,5), Q(-1,7,9) are two given points, length of projection of PQ on xyplane is 5 units Reason ( R ): The projection of (x_(1),y_(1),z_(1)) " on XY PLANE is (x_(1),y_(1),0)