Area of triangle whose vertices are `(a,a^2), (b,b^2), (c,c^2) is 1/2` and area of another triangle whose vertices are `(p,p^2) , (q,q^2)` and `(r,r^2)` is 4, then the value of
`|[(1+ap)^2,(1+bp)^2,(1+cp)^2] ,[(1+aq)^2,(1+bq)^2,(1+cq)^2] , [(1+ar)^2,(1+br)^2,(1+cr)^2]|` is-

Area of triangle whose vertices are `(a,a^2), (b,b^2), (c,c^2) is 1/2` and area of another triangle whose vertices are `(p,p^2) , (q,q^2)` and `(r,r^2)` is 4, then the value of

`|[(1+ap)^2,(1+bp)^2,(1+cp)^2] ,[(1+aq)^2,(1+bq)^2,(1+cq)^2] , [(1+ar)^2,(1+br)^2,(1+cr)^2]|` is-

Area of triangle whose vertices are `(a,a^2), (b,b^2), (c,c^2) is 1/2` and area of another triangle whose vertices are `(p,p^2) , (q,q^2)` and `(r,r^2)` is 4, then the value of`|[(1+ap)^2,(1+bp)^2,(1+cp)^2] ,[(1+aq)^2,(1+bq)^2,(1+cq)^2] , [(1+ar)^2,(1+br)^2,(1+cr)^2]|` is-

Area of triangle whose vertices are `(a,a^2), (b,b^2), (c,c^2) is 1/2` and area of another triangle whose vertices are `(p,p^2) , (q,q^2)` and `(r,r^2)` is 4, then the value of
`|[(1+ap)^2,(1+bp)^2,(1+cp)^2] ,[(1+aq)^2,(1+bq)^2,(1+cq)^2] , [(1+ar)^2,(1+br)^2,(1+cr)^2]|` is-