| NIH; Oneal] m1: ne/4 I...) ma ( at Two lenses are positioned along an axis as shown in the figure above. The lens on the left (lens 1) has a focal length of f1 = -ss.o cm. The lens on the right (lens 2) has a focal length of f2 = 87.0 cm. The two lenses are separated by a distance ofd = 6.0 cm. An object (blue arrow) is placed 143.00 cm to the left of lens 1. (Note: because this problem uses random numbers the placement of lenses and Objects on the drawmg is NOT to scale.) are a) How far is the image formed by the rst lens (of the arrow) located from the vertex of the first lens (enter a positive number)? cm o) Where is the image formed by the first lens? To the right of lens 1 but left of lens 2 To the left of lens 1 and to the left of the original object To the right of both lenses To the left of lens 1 and to the right of the original object o) The light that leaves the object (arrow) first passes through the left lens and then the right lens. Considering the object and both lenses, how far from the right lens is the image formed by the right lens (lens 2)? (enter a positive number) crn d) where is the image from the right lens located? A real image to the right of lens 2 A Virtual image to the right of lens 2 A virtual image to the Ie of lens 1 A real image to the left of lens 1 A real image between lenses 1 and 2 A virtual image between lenses 1 and 2 e) If the original arrow is 2 cm tall, how tail is the image formed by the right lens? (enter a positive number) cm f) Compared to the original arrow, is the image formed by the right lens upright or inverted? Not enough information to say Upright inverted g) if you stand 300 cm to the right of lens 2 and look back to the left you will see: One arrow pointing up Two arrows pointing down Three arrows pointing down Two arrows pointing up one up and two down arrows One down and two up arrows One arrow pointing down One up and one down arrow Three arrows pointing up Nothing but blurry light since all the images are virtual and on the opposite side of the lenses