the object is 2.0mm?there are two converging lens on the right side of the object?one is 9.9cm far away from the object and has a focal point 9.0cm?the other is 101.1cm far away from the first lens and has a focal point 2.2cm. please answer all the questions step by step with all units and formulas.

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Suppose you are using the combination of lenses shown in the figure to magnify a 2.0 mm tall object. (The diagram is not to scale.) f = 9.0 cm f=2.2 cm 2.0 mm 14 Object 9.9 cm 101.1 cm (a) Use the thin lens and magnification equations to locate and characterize the image formed by the first lens. (b) Use the thin lens and magnification equations to locate and characterize the image formed by the combination of lenses. (c) What is the angular size of the image formed by the combination of lenses? (d) What is the angular magnification achieved by this combination of lenses, compared to viewing the object with your naked eye at 25 cm? (e) If you used these two lenses as a telescope to view an object very far away, which lens should you use as the objective and which as the eyepiece? By what distance should you separate the lenses? What would the angular magnification of the telescope be? Suppose you are using the combination of lenses shown in the figure to magnify a 2.0 mm tall object. (The diagram is not to scale.) f = 9.0 cm f=2.2 cm 2.0 mm 14 Object 9.9 cm 101.1 cm (a) Use the thin lens and magnification equations to locate and characterize the image formed by the first lens. (b) Use the thin lens and magnification equations to locate and characterize the image formed by the combination of lenses. (c) What is the angular size of the image formed by the combination of lenses? (d) What is the angular magnification achieved by this combination of lenses, compared to viewing the object with your naked eye at 25 cm? (e) If you used these two lenses as a telescope to view an object very far away, which lens should you use as the objective and which as the eyepiece? By what distance should you separate the lenses? What would the angular magnification of the telescope be?