The research identify that the three different cones have differ maximal sensitivity that corresponds to three different color. The cones that respond to the maximal sensitivity in the long wavelength light respond to orange-red color, cones that respond to the maximal sensitivity in a middle wavelength light respond to yellow-green color and cones that respond to the maximal sensitivity in the short wavelength light respond to blue color. Other colors could be sense through the combination of the three types color. Example, the formation of yellow with the combination of red and green color, formation of magenta with the combination of red and blue color, formation of cyan with the combination of blue and green color and formation of whiteness
Most cystic lesions of the major salivary gland are cystic neoplasms. Benign cysts are epithelial lined cavities usually containing fluid or semisolid material, incidence is 2-5%. Benign cysts of the salivary gland are classified into three types: a) Lymphoepithelial cysts b) Salivary duct cysts c) Dysgenetic cysts a) Lymphoepithelial cyst Bernier and Bhaskar introduced the term lymphoepithelial cysts to stress that it is not an embryologic remnant. Lymphoepithelial cysts are considered distinct entities from the lymphoepithelial lesions.  Usually there is a well circumscribed, asymptomatic mass in the superficial portion of the gland.
The amount of refraction a light wave experiences is expressed by the difference between the angle of refraction and the angle of incidence. The light wave traveling to the boundary at an angle of incidence of 45 degrees for example will refract towards the normal because the medium it is now travelling through ( water, glass, diamond ) is more optically dense than the first medium ( air ). Below is a diagram of a light wave approaching three boundaries at an angle of 45 degrees. The medium is different in each example, causing different amounts of refraction. From the three boundaries above the light wave that refracted the most was the air to diamond boundary.
It can been seen that there are two distinct bonds, between two oxalates (94.06°, 93.56°, 90.61°, 94.30°) and within a singular oxalate (81.30°, 82.63°). The reason these bond angles vary within this octahedral complex are a result of lone pair repulsion creating slight variations among the bonds. Color Determination: To explain the coloring of Potassium Tris(Oxalato)Ferrate(III) Trihydrate, we must take into account λmax. Potassium Tris(Oxalato)Ferrate(III) Trihydrate had a λmax of approximately 395 nm, and formed yellow green crystals. When we look at a color wheel it can be seen that a substance with a λmax of approximately 395 nm would absorb violet light.
Contrast i. Wavelength of radiation The range of visible light is 400-700nm. Different rays have different wavelengths as shown in fig 1. So, before the experimentation one should know the specific wavelength of a particular radiation ii. Light refraction and image magnification Light is refracted when it enters from a medium of light into glass. When a light bends while passing through a lens, then light rays are focused at a point that particular point is known as Focal point and due to which a larger image of the object is observed.
Hispathology The pathological characteristic or features of Angiocentric Glioma are quite similar to other types of brain tumors such as astrocytomas and ependymomas. Yet, their occurrences are rare in cases and this make accurate diagnosis difficult. In general, Angiocentric Glioma is demonstrating an angiocentric pattern and it composed of diffusely infiltrating, monomorphic, bipolar spindle cells which is arranged in around blood vessels in concentric sleeves and pseudorosettes. Plus, the immunohistochemical staining result for this tumor is typically positive mostly for glial fibrillary acidic protein. CASE STUDY PATIENT DEMOGRAPHIC’S
All light mediums use the primary colors associated with light Red, Green, Blue (also known as RGB). The software used in the print industry also use the RGB color format which is on different specter then CMYK. Since the files made in RGB format will not look the same as in the setup software when printed with the CMYK format, it is advisable to change the image or file to CMYK before sent to print. Television and computer monitors create full-color images with light projection using the primary colors of light. Thousands of colors can be created from three RGB primary colors (Red, Green, and Blue).
The plano-convex lens is replaced with another glass plate and a section of optical fibre was placed between them at one end. Light falling normally on the plates will be reflected back out with a phase difference. Figure 3: Apparatus set up for finding the thickness of an optical fibre, showing the optical fibre between the two glass plates This is due to the fact that some of the coherent light waves were reflected from the top plate and others from the bottom, this path difference resulted in the interference of these waves with one another. This caused an interference pattern similar to the below image: Figure 4: Image similar to the observed interference pattern.  This pattern is also linked to Equations 1&2 as stated previously.
Multiple alleles happen when there are more than two alleles that are possible to code for any one characteristic. With multiple alleles, that means there is more than two phenotypes available depending on the dominant or recessive alleles that are available in the trait and the dominance pattern the individual alleles follow when combined together (Campbell, Neil A., 2008). The ABO blood type system is also an example of a trait that is controlled by more than just a single pair of alleles. In other words, it is due to a multiple-allele series. In this case, there are three alleles (A, B, and O), but each individual only inherits two of them (one from each