Let `P ,Q ,R` and `S` be the points on the plane with position vectors `-2i-j ,4i ,3i+3ja n d-3j+2j ,` respectively. The quadrilateral `P Q R S` must be a Parallelogram, which is neither a rhombus nor a rectangle Square Rectangle, but not a square Rhombus, but not a square

Let P ,Q ,R and S be the points on the plane with position vectors -2i-j , 4i , 3i+3j a n d -3i+2j , respectively. The quadrilateral P Q R S must be (a) Parallelogram, which is neither a rhombus nor a rectangle (b) Square (c) Rectangle but not a square (d) Rhombus, but not a square

Let P,Q,R and S be the points on the plane with position vectors -2i-j,4i,3i+3j and -3j+2j respectively.The quadrilateral PQRS must be a Parallelogram,which is neither a rhombus nor a rectangle Square Rectangle,but not a square Rhombus,but not a square

Let P, Q, R and S be the points on the plane with position vectors -2hati-hatj,4hati,3hati+3hatj and -3hati+2hatj respectively. The quadrilateral PQRS must be a

Let P,Q R and S be the points on the plane with position vectors -2hati -hatj, 4hati, 3hati+ 3hatj and -3hati + 2hatj , respectively. The quadrilateral PQRS must be:

Let P,Q,R and S be the points on the plane with position vectors - 2 hati - hatj, 4 hati , 3 hati + 3 hatj and - 3 hati + 2 hatj respectively. The quadrilateral PQRS must be a:

Let P, Q, R and S be the points on the plane with position vectors -2hat(i)-hat(j), 4hat(i), 3hat(i)+3hat(j) and -3hat(i)+2hat(j) , respectively. The quadrilateral PQRS must be

Let P, Q, R and S be the points on the plane with position vectors -2hat(i)-hat(j), 4hat(i), 3hat(i)+3hat(j) and -3hat(i)+2hat(j) , respectively. The quadrilateral PQRS must be