The base of a microscope provides a flat surface to rest the miscroscrope on.
A microscrope will be alot easier to use, and you will be able to see through the lenses with more accuracy, when the microscope is resting on its base upon a stable surface, such as a table top, than when not using its base.
1608 was when the Microscope was invented.
It is thought that Zacharias Jansen's father, Hans, helped him build the first microscope in 1595
Zacharias Janssen (Netherlands) invented the telescope and perhaps the compound micoscope in 1590.
An Electron Microscope bombards the test subject with electrons, giving a much more detailed grayscale image
the microscope has changed our very understanding of life itself. It allows us to see individual cells, and identify many bacteria that cause illness.
Base
The image of cilia is typically produced using a light microscope, also known as an optical microscope. This type of microscope uses visible light and lenses to magnify the image of the cilia. It is commonly used for observing cellular structures like cilia in biological samples.
base-2 : 111 = 7(base-10) base-3: 222 = 26(base-10) base-4: 333 = 33(base-10) base-5: 444 = 124(base-10) base-6: 555 = 215(base-10) base-7: 666 = 342(base-10) base-8: 777 = 511(base-10) base-9: 888 = 728(base-10) base-10: 999 = 999(base-10) base-11: AAA = 1241(base-10) base-12: BBB = 1727(base-10) base-13: CCC = 2196(base-10) base-14: DDD = 2743(base-10) base-15: EEE = 3374(base-10) base-16: FFF = 4095(base-10) In short, base-n: n cubed - 1(base-10)
A microscope would be used to show that a tissue contains cells of the same type. This would involve preparing a tissue sample, sectioning it thinly, staining it, and then observing the cells under the microscope to determine their type and characteristics.
Every base is exactly 90 feet apart from the other, so it is neither further from 1st base to second base nor second base to third base.
2nd base...
A stronger base.