The table details six variations of the basic arrangement of two thin lenses represented in the gure. (The points labeled F1 and F2 are the focal points of lenses 1 and 2.) An object is distance p1 to the left of lens 1, as in Fig. 34.18. Lens 1 Lens '2 m ---- 2 Converging Converging p1 > |f1| Converging | Converging | P1 /1 3 Diverging Converging |p1 lfil 5 Diverging Diverging p1 If1l For which variations can we tell, without calculation, whether the final image (that due to lens 2) is to the left or right of lens 2 and whether it has the same orientation as the object? O Variation 1 O Variation 3 O Variation 6 O Variation 2 O Variation 5 Variation 4For those \"easy\" variations, give the image location as \"left" or \"right" and the orientation as "same" or "inverted." Variation 1 Image location: Variation 2 Image location: Variation 3 Image location: Variation 4 Image location: Variation 5 Image location: Variation 6 Image location: Orientation: Orientation: Orientation: Orientation: Orientation: Orientation