Ray Kroc PROBLEM STATEMENT : In order for McDonald’s to reach its goal of "par excellence"‚ it must use the full meaning and definition of marketing. Marketing is giving the target market what they want‚ when and where they want it‚ at a price they are willing to pay for it. REFLECTION / OPINION For McDonald’s to achieve its "par excellence"‚ they must focus on the fact that there is an ever changing market and that the wants and needs of consumers are constantly changing. Since McDonald’s
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Meteorology 11 October 2013 Harmful UV Rays and Their Differences As we all know being over exposed to the sun and its harmful rays can be very dangerous for your skin‚ and may lead to skin cancer‚ but there are some UV rays that are more dangerous than others. Coming from the skin cancer stand point the most dangerous rays are UVB rays‚ they are the main cause of most skin cancers. Although UVB rays are the most harmful to our skin it has the second shortest wavelength coming in at 290-320
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checkpointCHECKPOINT WORKSHEET ON LIGHT Q1. It is night-time and the desk lamp is on. Light shines onto the key. (a) (i) Draw one ray of light on the diagram to show the light shining from the lamp onto the key. Use a ruler. Put an arrow on the ray to show the direction of the light. 2 marks (ii) There is a patch of light on the wall. This light has been reflected from the key. Draw a reflected ray of light on the diagram. Use a ruler. 2 marks (b) There is a dark shadow on the table beside the mug. Explain how this
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Ultraviolet rays can be separated into three different wavelengths. UVA‚UVB and UVC. this way they can be differentiated due to their wavelengths and the amount of energy they contain. UVA contains the least amount of energy and a smaller wavelength. UV-A radiation passes the earth’s atmosphere almost unfiltered. As both UVB and UVA rays can be detrimental to our health‚ it is important that we protect ourselves. UVC contains the highest amount of energy and a bigger wavelength. When the uv rays enters
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Ray Parslow is a famous graphic designer and he loves his work. Ray enjoys working with a talented team who create designs for many different clients from large organisations‚ corporations and government departments‚ through to small businesses and charities. His work includes anything from designing business cards‚ logos‚ signage‚ posters‚ brochures or annual reports through to large-scale environmental graphics such as the Fox Studios’ site. A wide mix of interesting projects keeps his job exciting
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have some reduced speed. In terms of light‚ refraction occurs when the ray passes through some medium which slows its speed; such as water or glass. In this instance the ray tends to bend towards the normal of the medium. The amount of bending or refraction which occurs can be calculated using Snell’s Law (). Objective: To measure the index of refraction of Lucite and to verify Snell’s Law. Materials: Lucite block‚ light ray box‚ paper‚ pencil‚ ruler and protractor. Procedure: First‚ place the
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Ray Charles The Life and Legacy of a Genius Ray Charles was a revolutionary pianist and a soul singer who helped shape the sound of rhythm and blues. He brought a soulful sound to everything from country music to pop standards to "God Bless America." His birth name was Ray Charles Robinson‚ but he shortened it when he entered show business to avoid confusion with the famous boxer Sugar Ray Robinson. I chose Ray Charles as the topic for my paper after seeing the movie Ray. After
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Some terms related with reflection are – 1. Incident Ray - The light ray striking a reflecting surface is called the incident ray. 2. Reflected Ray – The light ray obtained after reflection from the surface in the same medium in which incident ray is traveling. 3. Normal – The perpendicular drawn to the reflecting surface at the point of incidence is called the Normal. 4. Angle of Incidence – The angle which the incident ray makes with the normal at the point of incidence. It is denoted
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Hypothesis: If the light goes through different mediums‚ then the light will bend because it is slowing down as it passes through the medium. Equipment: Semicircular plastic dish Polar graph paper Ray box with single slit Water Syrup Experimental Design: A ray box with a single slit will be shone through a semicircular dish through air‚ water‚ and syrup‚ on top of polar graph paper to see how the light will bend. Procedure: A semicircular dish was placed at the centre
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investigate the behavior of light when it passes from air into an optically denser medium. Prediction / Hypothesis: When the light (incident ray) passes from air into an optically denser medium with an angle of incidence equal to zero‚ there would be no refraction. When the light passes at an angle from air into an optically denser medium‚ the light (incident ray) will immediately change direction and bent towards the normal which has an angle of incidence of 0. Method: 1. The semicircular
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