TOOLBOX TALK Location: Date: Conducted by: JESS IBON (Safety Officer) SAFE WORKING DAY = ACCIDENT-FREE DAY! EVERYONE GOES HOME SAFELY! EYE PROTECTION Objective: To let the workers fully understand that loss of eyesight or damage to the eyes can lead to irreversible negative effect to their families and loved ones. To give some safety tips or first aid procedure in the event of eye-related incidents or accidents. (Note to discussion leader: Bring some kind of eye protective
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capabilities of the instrument. The number before the "x" represents the magnification power‚ while the number after the letter represents the aperture (or diameter) of the objective lens in millimeters. So a 8x35 binocular‚ for example‚ features a 35 mm lens and can make objects appear eight times closer to you. A 10x50 lens brings things 10 times closer. Dividing the second number by the first produces the value of the exit pupil‚ or the diameter of the light beam which reaches the eye in millimeters
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Using a Compound Light Microscope Purpose: The purpose of this lab is to 1. Learn the parts of a compound light microscope. 2. The functions of those parts. 3. Proper use and care of the microscope. 4. Learn the technique of preparing wet-mount slides. Materials: * Compound light microscope * Soft cloth * Microscope slide * Cover slip * Dropper * Scissors * Newspaper Procedures: Part A. Care of the Compound Light Microscope. Step 1: Always carry
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-Focal adjustment; used to adjust height of stand to adjust closer too or farther from slide. -eyepiece; used to look into to see what is on the slide closer -arm; hold when carrying‚ also used to -objective lenses; must use smallest objective lens‚ they have different levels of magnification. -stand; used to hold up the microscope. -light source; needs to be turned on to be able to see. -base; hold when carrying‚ also used for standing up microscope. 2. 4x=40x ‚ 10x=100x ‚ 40x=400x ‚ 100x=1000x
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object such as virus Objective lens and eyepiece magnifying image Types: light microscope‚ electron microscope (Magnifying glass) [pic] Limited magnifying power-10 to 15 times Use to see small objects Magnifying glass is convex lens (Telescope) [pic] Viewing distant object: stars‚ moon‚ planet Consists of two convex lens- objective and eyepiece lens The image produced by the objective lens magnified by the eyepiece lens (Binoculars)
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Chart Note 4.2 Comes to the office today for Botox injections. He has a very significant and rather severe left-sided hemifacial spasm. Informed consent was obtained from the patient. Under sterile conditions‚ he received a total of 78.75 units of Botox. Location and dosages of injections are documented on his injection form. He tolerated these well. No complications were noted. He will follow up in 3 months when further injections are needed. He is to call the office in 2 weeks and let us know
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Experiment 9: THE TANGENT GALVANOMETER; PURPOSE: In this experiment we will measure the magnitude of the horizontal component of the Earth’s Magnetic field by the use of an instrument called a tangent galvanometer. INTRODUCTION: A tangent galvanometer consists of a number of turns of copper wire wound on a hoop. At the center of the hoop a compass is mounted. When a direct current flows through the wires‚ a magnetic field is induced in the space surrounding the loops of
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his telescope as a concave telescope‚ because it has a lens with inward curving surfaces. Till 1611 Johannes Kepler switched the concave eyepiece to a convex eyepiece. This allowed the telescope to gain a much larger range of distance. (http://www.antiquetelescopes.org/history.html)It also allowed the projection of images on to a flat white screen. The only problem was that the images were upside down‚ Johannes Kepler added a third convex lens to make the images the right side way. Even though
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|Compound Microscope Parts | |[pic] | |A high power or compound microscope achieves higher levels of magnification than a stereo or low power microscope. It is used to view smaller | |specimens such as cell structures which cannot be seen at lower
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(refracting) called the “looker” by aligning a concave and a convex lens inside a metal tube. The convex lens refracted light to a specific point on the concave eyepiece making distant objects look magnified. When Galileo heard about the ’looker’‚ he decided to improveupon its design. Galileo called his model the ’telescope’. In his first attempt‚ Galileo built a three-power instrument containing a convex and a concave lens in 1609. He was more successful in further attempts to magnify objects
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