### Microscope Lens Calculations#### IntroductionA compound microscope uses two types of lenses to magnify objects: the eyepiece lens and the objective lens.#### Given Data- Eyepiece focal length: 3.20 cm- Objective lens focal length: 0.760 cm#### Part A: Distance Between Lenses- **Task**: Calculate the distance between the lenses when the microscope is adjusted for a relaxed eye.- **Object Placement**: 0.800 cm from the objective lens.- **Answer Box**: Enter the distance (L) using two significant figures (unit: cm).- **Submission**: - Current Input: Introduced as "XS" - Status: Incorrect, prompting a retry with 4 attempts remaining#### Part B: Total Magnification- **Task**: Calculate the total magnification (M) of the microscope.- **Answer Box**: Enter the magnification using two significant figures.#### General Notes:- Significant figures are crucial for accuracy in scientific calculations.- The interface includes an option to undo or redo parts, as well as seek additional help for better comprehension.

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Answered: The eyepiece of a compound microscope…

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Could you please explain me why is not in front but behind? How is it possible that a divergent lens can form a real immage, shouldn t be impossible?
Please help. Thank you
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