...In the case of 2003 Minn. App. LEXIS 933, the Mirror Image Rule is when “a valid acceptance, which gives rise to a binding contract, must be made in unequivocal and positive terms which comply exactly with the requirements of the offer.” In layman’s terms: the acceptance must match or repeat the offer. The acceptance must be verbally, in writing or by a particular action if stated in the offer. In this case there was no acceptance from the tenant regarding repayment. There were a “series of documents” exchanged by the landlord and tenant, but not “fully executed”. Therefore no contract was created. On May 28, 2006, I, Dana Edwards offer to sell my 1998 Black Explorer Sport (vehicle) for the amount of $1,500.00 US dollars to Samuel Jones. Payment for vehicle will be in either cash, cashier’s check or money order no later than June 4, 2006. Once payment is received, the vehicle and title will be released to Samuel Jones with a receipt from myself, Dana Edwards. No other payment than stated above will be accepted and no agent for Samuel Jones will be accepted. If payment from Samuel Jones is not received by June 4, 2006 this offer will be null and void. On May 28, 2006, I, Samuel Jones accept the offer from Dana Edwards for her 1998 Black Explorer Sport (vehicle) for the amount of $1,500 US dollars. I will be paying for the vehicle in cash on June 1, 2006. I understand that once my payment is received I will receive the vehicle, title, and receipt of this transaction...
Words: 292 - Pages: 2
...The Pursuit of Happiness through Conflict and Loss Happiness is desired by all people, but very few are able to achieve true happiness. In “Mirror Image” written by Lena Coakley, the protagonist Alice battles with herself to find her true identity after a brain transplant. This conflict stops her from finding true happiness, since she is not happy with her new self. Alice’s view of herself was different, and so was her views on life, physically and intellectually. Similarly, Norman from “The Prospectors Trail” by Cathy Jewison deals with many conflicts on his pursuit of happiness. After failing early on his life, Norman struggled to find happiness. He discovered that some people’s trash is another person’s happiness. His discovery did not...
Words: 1173 - Pages: 5
...INTRODUCTION A mirror is an object that reflects light or sound in a way that preserves much of its original quality prior to its contact with the mirror. Some mirrors also filter out some wavelengths, while preserving other wavelengths in the reflection. This is different from other light-reflecting objects that do not preserve much of the original wave signal other than color and diffuse reflected light. The most familiar type of mirror is the plane mirror, which has a flat surface. Curved mirrors are also used, to produce magnified or diminished images or focus light or simply distort the reflected image (“Mungan,” 1999). Geometrical optics, or ray optics, describes light propagation in terms of "rays". The "ray" in geometric optics is an abstraction, or "instrument", which can be used to approximately model how light will propagate. Geometrical optics provides rules, which may depend on the color (wavelength) of the ray, for propagating these rays through an optical system. This is a significant simplification of optics that fails to account for optical effects such as diffraction and interference. It is an excellent approximation, however, when the wavelength is very small compared with the size of structures with which the light interacts (“Hecht,” 1987). Glossy surfaces such as mirrors reflect light in a simple, predictable way. This allows for production of reflected images that can be associated with an actual (real) or extrapolated (virtual)...
Words: 3106 - Pages: 13
...or concave mirror is used? Delanie Wheeler Science Fair 10/24/13 Table of Contents Title Page………………..1 Table of Contents……2 Abstract………………….3 Procedure……………….4 Results……………………5 Work Cited……………..6 Abstract Will the size of the field of view vary depending on whether or not a convex or a concave mirror is used? If an object is viewed through a concave mirror instead of a convex mirror, then the field of view will increase. Convex mirrors will show a larger field of view. The procedure followed was to use two concave and convex mirrors that were the same size and to take a picture of the field of view that they both showed. Then, after the pictures were printed, use them to measure the area of the two fields of view. This was repeated five times and an average was obtained. The results were that the convex mirror’s field of view was larger than the concave mirror’s field of view. The convex mirror’s average field of view at 20 feet away was 35 feet across. The concave mirror’s average field of view at 20 feet away was 10 feet across. The logical conclusion is that convex mirrors make images appear smaller than they are, but this allows you to see more in the mirror. In other words, the field of view is larger when using a convex mirror. Review of Research A convex mirror, fish eye mirror or separating mirror is a curved mirror in which the...
Words: 1051 - Pages: 5
...kaleidoscope is an optical toy that can be consisted of multiple arts and craft materials like a paper towel tube, mirrors, and colored beads, whose reflections produce changing patterns that are visible through the eyehole when the tube is rotated. The kaleidoscope was invented in 1816 by a Scottish scientist, Sir David Brewster, and patented by him quickly after in 1817. Brewster innovatively named his invention using Greek terms: kalos, eidos, and scopos—which when combined means the beautiful form watcher. The first kaleidoscope was made using old pieces of colored glass and other shiny objects, which are reflected by angled mirrors or glass lenses ultimately creating a pattern that can be viewed at the end of the tube. As time progressed, an American innovationist, Charles Bush took the kaleidoscope improved it immensely and turned it into a popular trend. He obtained patents for these improvements in 1873 and 1874, which were related to the further development of kaleidoscopes, kaleidoscope boxes, objects for kaleidoscopes, and kaleidoscope stands. Charles Bush, thus, became the first man to mass-produce kaleidoscopes in the United States of America. A kaleidoscope is a creation of many wonders but many people, such as my 5-year-old self, wonder how it works. Well, it’s easy! Every kaleidoscope should have four primary elements: the eyepiece, the body, the mirror system, and the chamber. Each of these elements plays a specific role. The eyepiece...
Words: 1405 - Pages: 6
...Optics Mirrors and Lenses Reflection We describe the path of light as straight-line rays Reflection off a flat surface follows a simple rule: angle in (incidence) equals angle out (reflection) angles measured from surface “normal” (perpendicular) Reflection Vocabulary Real Image – Image is made from “real” light rays that converge at a real focal point so the image is REAL Can be projected onto a screen because light actually passes through the point where the image appears Always inverted Reflection Vocabulary Virtual Image– “Not Real” because it cannot be projected Image only seems to be there! Virtual Images in Plane Mirrors Hall Mirror Useful to think in terms of images LEFT- RIGHT REVERSAL Curved mirrors What if the mirror isn’t flat? light still follows the same rules, with local surface normal Parabolic mirrors have exact focus used in telescopes, backyard satellite dishes, etc. also forms virtual image Concave Mirrors Curves inward May be real or virtual image For a real object between f and the mirror, a virtual image is formed behind the mirror. The image is upright and larger than the object. Convex Mirrors Curves outward Reduces images Virtual images Use: Rear view mirrors, store security… Refraction Light also goes through some things glass, water, eyeball, air The presence of material slows light’s progress interactions with electrical properties of atoms The “light slowing factor” is called the index...
Words: 390 - Pages: 2
...Module 3 The Nature and Properties of Light What this module is about Most of the things that you know you have learned about through your eyes. You can only see if there is light. Light makes you see shapes and colors. Light also helps you identify objects both near and far. But what is light? In this module you will learn about the nature and properties of light in the following lessons: Lesson 1 – Lesson 2 – Lesson 3 – Lesson 4 – The Nature of Light Reflection and Mirrors Refraction and Lenses Colors, Interference and Polarization What you are expected to learn After studying the lessons in this module, you are expected to: 1. 2. 3. 4. 5. 6. 7. 8. 9. state the different theories about the nature of light; demonstrate reflection properties of light using mirrors; describe the image formed by mirrors; show the refraction properties of light using lenses; give applications of total internal reflection; describe the image formed by lenses; enumerate the colors that make up white light; explain what causes colors of object; and cite applications of diffractions, interference and polarization of light. How to learn from this module Here is a simple guide for you in going about the module. 1. Read and follow the instructions very carefully. 2. Take the pretest (20-item multiple-choice test) to determine how much you know about the lessons in the module. 3. Check your answers against the correct answers provided at the last page of the module. 4. Be very honest in taking the test...
Words: 8050 - Pages: 33
...brighter view of stars seen through ground based telescopes. Without using this system, the images obtained through telescopes on earth are seen to be blurred, which is caused by the turbulent mixing of air at different temperatures. Adaptive optics in effect removes this atmospheric tremor. It brings together the latest in computers, material science, electronic detectors, and digital control in a system that warps and bends a mirror in a telescope to counteract, in real time the atmospheric distortion. The advance promises to let ground based telescopes reach their fundamental limits of resolution and sensitivity, out performing space based telescopes and ushering in a new era in optical astronomy. Finally, with this technology, it will be possible to see gas-giant type planets in nearby solar systems in our Milky Way galaxy. Although about 100 such planets have been discovered in recent years, all were detected through indirect means, such as the gravitational effects on their parent stars, and none has actually been detected directly. WHAT IS ADAPTIVE OPTICS ? Adaptive optics refers to optical systems which adapt to compensate for optical effects introduced by the medium between the object and its image. In theory a telescope’s resolving power is directly proportional to the diameter of its primary light gathering lens or mirror. But in practice , images from large telescopes are blurred to a resolution no better than would be seen through...
Words: 3056 - Pages: 13
...how lenses and mirrors work as well as to test the validity of the Thin Lens Equation. 2. Theory Lenses and mirrors are used to change the direction, orientation, and magnification of an object. This experiment used lenses known as thin spherical lenses. These lenses are called thin spherical lenses because they have spheres on each surface with large radii compared to the small thickness of the lenses. The focal length (f) of the lens is determined by using the Thin Lens Equation and substituting the objects distance (o) and image distance (i) into it. 1/i+1/o=1/f Thin Lens Equation (1) The Thin Lens Equation can be used to determine how far the object is from the lens. The next thing to find...
Words: 983 - Pages: 4
...This problem occurs because the eye cannot refract well enough to form an image on the retina. It usually occurs because the distance between the lens and the retina is too small or because the cornea-lens combination of the eye is too weak, resulting light from nearby objects to be focused behind the retina. Thus, a converging (concave) lens/contact lens/positive meniscus with the middle part of the lens thicker than the edges help refract light rays to converge and converge again at the cornea-lens combination to help focus light on the retina to see a focused, sharp...
Words: 1895 - Pages: 8
...Mirror Rosalind Sledge ENG 125: Introduction to Literature Instructor Michelle Pinkard November 5, 2012 Mirror by Sylvia Plath is a poem that focuses on the purpose and existence of a mirror. The mirror is showed to be the speaker of the poem by in the beginning, describing itself and explaining its character as though it is human. One is able to feel emotion by understanding the important qualities it possesses. The mirror also metaphors itself as a lake and tells the important relationship it has with a woman. Women are drawn to mirrors searching for beauty but are often disappointed and turn their backs looking elsewhere. The mirror represents truth and is not intended to hurt or be cruel. This poem is very engaging by way of point of view, language, and imagery which helped to address a common human experience in how a woman sees herself. The point of view in a piece of literature work is very important in that it helps a reader to understand the narrator’s purpose of the story. The poem Mirror is told from a first person’s point of view in which the speaker is a mirror explaining what it reflects. In the first stanza, it states, “I have no preconceptions / Whatever I see, I swallow immediately / Just as it is, unmisted by love or dislike” (cited in Clugston, 2010, Poems for Reflection, para. 13). By knowing the thoughts of the narrator, it allows a person to not only understand but to also feel the emotions portrayed within the story. While reading the poem, one...
Words: 889 - Pages: 4
...the reflecting telescope uses mirrors to reflect the image and come back into the pupil. First the light goes through the front of the telescope and goes in the concave mirror. When this is done the light and image is passed on to the flat mirror and is reflected into the eye piece and the image goes into the pupil. The refractor telescope uses lenses to magnify the image. The light first goes in the primary lens and then the light goes...
Words: 1707 - Pages: 7
...Mirror essay The mirror is a wisely chosen symbol that stands for the objective representation of the truth. As Plath mentions:” I have no preconceptions…I am not cruel, only truthful.” In fact, the mirror reflects the author’s subconscious, which is freed by the purity and truthfulness the mirror. The mirror has no magic power in it, but simply portrays the reality to those who use it. “It swallows” the true image just the way it is without any prejudice, unlike the humans that see things distorted through the lenses of their inner bias. We can observe an interesting usage of the figures of speech in the poem. The mirror is not only a symbol, but it is also a personification, because the mirror tells us the story from its standpoint. Therefore, the symbol of the truth tells us a story of the unbiased reality it has to portray to those who seek answers in it. Sylvia Plath was a representative of a confessional poetry genre. She herself was that woman looking in the mirror. That mirror exposed her to much pain through its honesty. She is scared of that true image of herself getting older as the days go by That is why she turns to lake, but the lake does not want to lie to her either. Even that she detests her own reflection, she still becomes dependent on the truth the lake gives her. Therefore, closer to the end of the poem you can see that kind of relationship were it says "I am important to her. She comes and goes." Metaphorically Plath calls the moon and the candles liars...
Words: 660 - Pages: 3
...Materials: * Optics bench * Optics kit, including a lens/mirror mount * Convex lens of known focal length * Concave mirror of known focal length * Light source/candle * Screen * Meter stick/metric ruler * Two polarized films * Prism * Laser pointer * Protractor * Graph paper * Electromagnetic spectrum chart Materials for Exploring Further: * Plane mirror * Ripple tank, with sheet of plastic or glass that fits on part of the bottom of the tank, and objects that can be used as boundaries to obstruct the pathway of waves * Wave-motion rope * Tuning-fork kit * Stroboscope * Resonance-tube kit In this lab, you will investigate the relationship between the focal lengths of a mirror and lens and the type of image that is generated. Procedure Part 1: Image from a Lens 1. Place the light source, convex lens, and screen on the optics bench as shown in figure 1. Start with the light source at a distance greater than 2ƒ from the lens. Figure 1 2. Measure the height of the light source, or "object" (ho), and record it in data table 1. Also measure and record the distance between the lens and the light source (do) in the data table. Using the lens equation and the given focal length, calculate the distance from the lens to the image (di) and the height of the image (hi): and . Record your calculations in the "Calculated" section...
Words: 3049 - Pages: 13
...Unit 16-Astronomy and Space Science B2 Electromagnetic Spectrum Telescopes A telescope uses a curved lens or mirror to collect light from distant objects and to focus that light to an image. A bigger objective lens or mirror collects more light therefore it creates a brighter and much sharper image. The focused image, which is formed by the objective lens of a telescope, is magnified by a smaller second lens called an eyepiece. As visual observers, we look into the eyepiece to see the bright magnified image from the objective. But an eyepiece used with a small lens or mirror simply magnifies a dim and fuzzy image. Reflecting Telescopes When light hits a surface that it can't travel through, it bounces back. If the surface is smooth, like...
Words: 388 - Pages: 2