1. The lens found closest to your eye at the top section of the tube 2. The lens closest to the glass object slide. 3. The part of the microscope which controls the amount of light that passes through the object 4. The part used to focus the object under low magnification, 5. The platform on which the glass silde is placed. 6. The part which supports the microscope, 7. The part which is used to carry and move the microscope. 8. The structure which moves up and down when the focus knobs are turned. 9. The part which links and IInes the two lenses of the microscope. 10. The revolving part of the microscope which contains a combination of lenses. 1. \( \qquad \) 2. \( \qquad \) 3. \( \qquad \) 4. \( \qquad \) 5. \( \qquad \) 6. \( \qquad \) 7. \( \qquad \) 8. \( \qquad \) 9. \( \qquad \) 10. \( \qquad \)
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Did you know that the microscope was actually invented in the late 16th century? The earliest models were created by spectacle makers in the Netherlands, allowing scientists to peer into the unseen world of microorganisms. This groundbreaking invention played a pivotal role in biology and has evolved into the powerful tools we use today! When using a microscope, it’s crucial to properly handle the slide and lens to avoid damaging them. A common mistake is trying to focus too quickly, which can result in crashing the objective lens into the slide. Always start with the low power objective lens and begin focusing slowly—that's the key to ensuring a long, happy life for your microscope and a clear view of those tiny wonders!
