Arainbow is a perfect example of the principle of light refraction in nature. Rainbow Formation. One of nature's most splendid masterpieces is the rainbow. A rainbow is an excellent demonstration of the dispersion of light and one more piece of evidence that visible light is composed of a spectrum of wavelengths, each associated with a
Namethe type of particles which act as prisms in the formation of rainbow in the sky. (2011 OD) Answer: The rain drops in the atmosphere act like many small prisms. As white sunlight enters and leaves these raincirops, the white light splits into an arch of seven colours of rainbow.
Anearthquake damages buildings and land, causes tsunamis and has many other disastrous effects. Violent shaking from an earthquake collapses buildings, which causes the most deaths and casualties, and destroys power lines and ruptures natural gas supply lines, causing fires. Land can also collapse or pull apart, causing more buildings to fall.
Theaurora's characteristic wavy patterns and 'curtains' of light are caused by the lines of force in the Earth's magnetic field. The lowest part of an aurora is typically around 80 miles above the Earth's surface. However, the top of a display may extend several thousand miles above the Earth.
2 Sunlight passes through water droplets. When sunlight through water droplets, the sunlight will be deflected which makes the colors separate by themselves. 3. Light deflection. Each rainbow color will be deflected at an unequal angle which makes the rainbow's color more beautiful. 4. Rainbow colors are formed.
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Themetaphor of a rainbow can help to visualize how a theory operates. Assume that the rainbow bridges the independent and dependent variables (or constructs) in a study. This rainbow ties together the variables and pro-vides an overarching explanation for how and why one would expect the
Procedure Fix sheet of white paper, a little beyond the edge of the board. Place a plane mirror strip vertically to the paper using a stand. Throw light from a ray box on the mirror. Look at the reflected ray. Mark the incident ray, normal ray and reflected ray. Fold the paper which is beyond the edge of the board.
Step2. Place 10 mL of the yellow vanadium (V) solution in each of the 50 mL flasks. Step 3. To flask number one, add a small amount of zinc dust. Step 4. To flask number two, add a small amount of silver dust. Step 5. Finally, to flask number 3, add a small amount of tin dust. Step 6.
WRITINGORGANIZER - Explanation Explanation: - Series of explanatory statements. Conclusion: - Summary or comment May include: - A definition or question. - A brief description. Statements are written in sequential order to explain: - How something Works Including - What is it used for - What each part does - How the parts work together - How
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Thesun shines white and black light to our planet. The white light has all the colors in it. In our upper atmosphere, we have dust particles and oxygen molecules. The white light meaning all of the colors in a rainbow shines through the upper levels of the atmosphere and the blue light scatters across the entire planet. That is why our sky is U8dJ.
