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each of the black spaces below before clicking
on it to display the answer.
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| Represents Biology | Microscope
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| Came from the Greek words "micros" (small) and "skopein" (to look at) | Microscope
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| The unit structure | Cell
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| The enlargement of an object viewed | Magnification
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| Eyepiece & objectives | Magnification
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| Condition where the smallest distance between two points on a specimen that can still be distinguished as two separate entities | Resolution
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| Gives a detailed structure/ appearance | Resolution
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| When is the first use of lenses to manipulate images was in Greek and Roman writings? | 1000 AD
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| When did Hans and Zacharias Janssen make the first microscope by placing two lenses in a tube? | 1590
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| Who were the Dutch lens makers who made the first microscope by placing two lenses in a tube? | Hans and Zacharias Janssen (brothers)
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| How did Hans and Zacharias Janssen made the first microscope? | By placing two lenses in a tube
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| When did Robert Hooke discovered and named the cell? | 1665
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| The father of microscopy | Robert Hooke
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| Who is The first to describe and coin the phrase "cell" when observing slice of cork using a microscope power of 30x? | Robert Hooke
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| Saw compartments in the cell | Robert Hooke
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| When did Anton Van Leeuwenhoek used a simple microscope to describe a bacteria? | 1675
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| First to described a bacteria | Anton Van Leeuwenhoek
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| Most powerful microscope | Electron microscope
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| When did Joseph Jackson Lister reduce spherical aberration or the "chromatic effect" for a good magnification w/o blurring the image? | 1830
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| Reduced spherical aberration or the "chromatic effect" for a good magnification w/o blurring the image | Joseph Jackson Lister
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| Made the prototype for the compound microscope | Joseph Jackson Lister
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| When did Ernst Abbe made a formula that provides calculation to allow possibility in the maximum resolution in microscopes? | 1872
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| Made a formula that provides calculation to allow possibility in the maximum resolution in microscopes | Ernst Abbe
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| When did Richard Zsigmondy develop the ultra microscope that could study objects below the wavelength of light? | 1903
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| developed the ultra microscope that could study objects below the wavelength of light | Richard Zsigmondy
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| Shortest and coldest wavelength | Red
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| Longest and hottest wavelength | Blue
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| When did Frits Zernike invented the phase contrast microscope | 1930
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| Who invented the phase contrast microscope that allowed for the study of colorless and transparent biological materials? | Frits Zernike
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| The color of the human cell | Colorless
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| Method used to give color to our cell because our cell is colorless | Staining Method
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| The time where technical innovations improved microscopes, leading to microscopy becoming popular among scientists | 18th century
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| When did Ernst Ruska co-invented the electron microscope | 1931
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| Co-invented the electron microscope for which he won the Nobel prize in Physics In 1986. | Ernst Ruska
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| A microscope that depends on electrons rather than light to view an object, electrons are speeded up in a vacuum until their wavelength is extremely short, only one hundred thousandth that of white light | Electron Microscope
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| Microscope that makes possible of viewing objects as small as the diameter of an atom | Electron microscope
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| Smallest particle | Atom
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| Microscopes that depend on light source | Compound Microscope
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| Microscopes that use electricity as light | Electron microscope
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| When did Gerd Binnig and Heinrich Rohrer invented the scanning tunneling microscope? | 1981
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| Invented the scanning tunneling microscope that gives 3D images of objects down to the atomic level. | Gerd Binnig and Heinrich Rohrer
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| Strongest microscope to date | Scanning tunneling microscope
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| What are the two types of electron microscope? | Transmission EM & Scanning EM
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