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# Part â‚¬ Complete previous part(s)Now remove the two lenses at â‚¬ +20.0 cm and -20.0 cm and replace them with a single lens of focal length f3 at â‚¬ 0...

## Question

###### Part â‚¬ Complete previous part(s)Now remove the two lenses at â‚¬ +20.0 cm and -20.0 cm and replace them with a single lens of focal length f3 at â‚¬ 0. We want to choose this new lens so that it produces an image at the same location as before.Part DWhat is the focal length of the new lens at the origin? Express your answer in centimeters, to three significant figures or as a fraction View Available Hint(s)TempEes Symbolslado redo' resbt keyboard shortcuts helpf3CmSubmit

Part â‚¬ Complete previous part(s) Now remove the two lenses at â‚¬ +20.0 cm and -20.0 cm and replace them with a single lens of focal length f3 at â‚¬ 0. We want to choose this new lens so that it produces an image at the same location as before. Part D What is the focal length of the new lens at the origin? Express your answer in centimeters, to three significant figures or as a fraction View Available Hint(s) TempEes Symbols lado redo' resbt keyboard shortcuts help f3 Cm Submit  #### Similar Solved Questions

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##### 10) The buffer solution was prepared by mixing 25.0 mL of IM ammonium Hydroxide (NHAOH) in to 25.0 mL of IM Ammonium HI) LSmL (15 drops) of IM HCI chloride (NICI) Calculate pH 12) L.SmL (15 was added t0 this buffer: Calculate pHI drops) of IM NaOH was added to this buffer: Calculate pI
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