A system of two converging lenses forms an image of an arrow as shown. The first lens is located at x = 0 and has a focal length of f₁ = 8.8 cm. The second lens is located at x = x2 = 58.13 cm and has a focal length of f2 = 21 cm. The tip of the object arrow is located at (x,y) = (xo,Y)= (-12.3 cm, 6.9 cm). Ay (X,Y) cm Submit 1) What is x₁, the x-coordinate of image of the arrow formed by the first lens? X2 cm Submit X 2) What is y₁, the y-coordinate of the image of the tip of the arrow formed by the first lens? cm Submit 3) What is x3, the x co-ordinate of image of the arrow formed by the two lens system?

On one side of a converging lens of focal length 22.8 cm, you position an object of height 4.61 cm somewhere along the principal axis. The resultant image has a height of 9.68 cm. How far from the lens is the object located?     13.5 cm     40.4 cm     27.0 cm     33.7 cm

An object of height 10.0 cm is placed 20.0 cm away from a converging lens. The image is 30.0 cm high. One can conclude that the focal length of the lens can be (A) 12.0 cm only. (B) either 12.0 cm or 60.0 cm.     (C) 15.0 cm only. (D) either 15.0 cm or 30.0 cm.

On one side of a diverging lens of focal length 59.0 cm, you position an object of height 3.92 cm somewhere along the principal axis. The resultant image has a height of 2.74 cm. How far from the lens is the object located? 17.8 cm 25.4 cm 43.2 cm 33.0 cm

On one side of a converging lens of focal length 21.3 cm, you position an object of height 3.27 cm somewhere along the principal axis. The resultant image has a height of 11.77 cm. How far from the lens is the object located?       27.2 cm     10.9 cm     38.1 cm     21.8 cm

Two converging lenses create an image 1.50 m away from the obiect. The first lens is placed 30 cm in front of the object. The first lens has a focus length of 20 cm and the second has a focus length of 15 cm. How far apart are the lenses be (x=?)? Drawing not to scale. X=? 30 cm 1.5 m

A 1.00-cm-high object is placed 4.30 cm to the left of a converging lens of focal length 8.45 cm. A diverging lens of focal length -16.00 cm is 6.00 cm to the right of the converging lens. Find the position and height of the final image. position 188.8 height 26.048 X cm in front of the second lens X cm

An object is placed to the left of a lens, and a real image is formed to the right of the lens. The image is inverted relative to the object and is one-half the size of the object. The distance between the object and the image is 73.0 cm. (a) How far from the lens is the object? (b) What is the focal length of the lens? (a) do = (b) f=

The projection lens in a certain slide projector is a single thin lens. A slide 23.0 mm high is to be projected so that its image fills a screen 1.90 m high. The slide-to-screen distance is 3.06 m. (Enter your answers to at least one decimal place.) (a) Determine the focal length of the projection lens. mm(b) How far from the slide should the lens of the projector be placed to form the image on the screen? mm

A system of two lenses forms an image of an arrow at x = x3 = 57.4 cm. The first lens is a diverging lens located at x = 0 and has a focal length of magnitude f₁ = 11.5 cm. The second lens is located at x = x₂ = 25.4 cm and has an unknown focal length. The tip of the object arrow is located at (x,y) = (xo, Yo) = (-36 cm, 20.6 cm). (x,y) 1) What is x₁, the x-coordinate of image of the arrow formed by the first lens? cm Submit 2) What is y₁, the y-coordinate of the image of the tip of the arrow formed by the first lens? cm Submit X₂ Real and Inverted Real and Upright Virtual and Inverted Virtual and Upright cm Submit (+) 3) What is f2, the focal length of the second lens. If the lens is a converging lens, f2 is positive. If the lens is a diverging lens, f2 is negative. cm Submit + 4) What is y3, the y-coordinate of the image of the tip of the arrow formed by the two lens system? (+ 5) The positions of the two lenses are now interchnaged (i.e., the second lens is moved to x = 0 and the…