Name: Angel Simon Pre–Lab Question Ocular lens 1. Label the following microscope using the components described within the Introduction. Experiment 1: Virtual Magnification Exercise Post-Lab Questions 1. At what magnification do you first notice the ragweed pollen? Answer: 1000 2. Which is bigger‚ a rhinovirus or E. Coli? Answer: E. Coli 3. Based on the magnification‚ how many of the E. Coli can fit into the same space as the
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look through at the top of the microscope. Typically‚ standard eyepieces have a magnifying power of 10x. Optional eyepieces of varying powers are available‚ typically from 5x-30x. * Eyepiece tube holds the eyepieces in place above the objective lens. Binocular microscope heads typically incorporate a diopter adjustment ring that allows for the possible inconsistencies of our eyesight in one or both eyes. The monocular (single eye usage) microscope does not need a diopter. Binocular microscopes
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capable of bending when passing through an object‚ when it enters the lens‚ the light gets reversed and magnified through the prisms‚ and eventually enters your eyes. Our eyes are also binocular instruments. This means they take to images and bring them together to form a single‚ high quality image. Binoculars consist of two small telescopes mounted side by side‚ one for each eye‚ and a focusing mechanism. By having a lens system for each eye‚ these instruments provide three-dimensional viewing
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The telescope is an important astronomical tool that gathers and focuses electromagnetic radiation. Telescopes serve to both increase the angular size and the brightness of objects. When we speak about telescopes we are usually referring to optical telescopes‚ but many other types of telescopes also exist for other spectrum of electromagnetic radiation. It is unclear as to who it was that actually invented the telescope but Galileo Galilei is credited as being the first to use a telescope for
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Lori Stenbeck Bio K121 June 7‚ 2012 The Microscope Introduction: The purpose of a microscope is to see either enlarge images of small objects and or make seen what is invisible to the naked eye. We have two types of microscopes available in the lab. The dissecting microscope is designed to study objects in three dimensions at low magnification. The compound microscope is used for examining small or thinly sliced sections of objects under magnification that is higher than the dissecting microscope
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click switch views to look into microscope. When looking through the microscope adjust the ocular lens until the two circles of light emerge as one. Adjust the coarse focus down until specimen appears. Use the fine focus knob for clarity of the image‚ xy controls to get the area of interest into view‚ and the iris to control the brightness of the image. Once image is focused the objective lens may be changed and you can then begin to view the specimen within a higher power of magnification
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Notes for WK2 – 10 September Lesson 1 * State the resolution and magnification that can be achieved by an electron microscope. * explain the need for staining samples for use in electron microscopy Lesson 2 * calculate linear magnification of an image such as photomicrograph or electron micrograph Key words * Resolution= the ability to distinguish 2 separate points as distinct from each other. * Magnification= the number of times greater an image is than the actual object
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Light Microscope Question A. Study and label the microscope parts in Figure 3. Microscope Parts Microscope Parts A EYEPIECE G MIRROR/ILLUMINATOR B TUBE H BASE C REVOLVING NOSEPIECE/TURRET I LONGITUDINAL CONTROL KNOB D OBJECTIVE LENS J TRANSVERSE CONTROL KNOB E STAGE K FINE ADJUSTMENT F DIAPHRAIGM L CASE ADJUSTMENT Microscopy Use and Function Exercise 2: Illuminated Pocket Microscope Questions A. Draw the image of the root tips as viewed at 200X. See attached
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closer view). Both types are relatively similar in size and can be picked up‚ moved and set on different flat surfaces easily. Compound and dissecting microscopes have many similar parts‚ including a lens‚ stage‚ focus knob and coaxial controls that allow you to adjust the distance between the lens and the stage. 10. Same as 1 11. Suppose you measure a scanning (4X) field of vision diameter with a stage micrometer and it is 2mm. If high power is 40X and gives 10X more magnification than scanning
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telescope to observe the sky and planets like Galileo but did it to further study the field of optics. Our reflecting telescope is similar to Newton’s that he made in 1668. Both ours and Newton’s consisted of a flat mirror‚ a spherical mirror and a convex lens. Our telescope also suffered from the repercussions of spherical aberration. Below is a drawing of the concept of our telescope and Newton’s telescope: Drawing 1 Isaac Newton (1642-1727) Isaac Newton‚ often referred to as Sir Isaac Newton
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