Radiation

Spectroscopy is the study of how matter and electromagnetic radiation interact with one another. In this experiment, we are observing and recording the emission of photons with wavelengths on the visible light spectrum. To understand…

Pheochromocytoma is a rare tumor of the adrenal glands. Pheochromocytomas are, fortunately, quite rare, and most of them are benign, only about 10% of pheochromocytomas are malignant. Some of the causes include drugs even excessive use of decongestants should be considered, withdrawal from drugs such as suddenly stopping certain blood pressure medications, panic attacks and spinal cord injuries are among the many conditions that can also lead to some of the symptoms seen in pheochromocytomas.…

You'll find 2 principal forms; 1]the localised mesotheliomabenign and malignant types 2]the diffuse cancerous mesothelioma Causes There's a solid link involving asbestos coverage as well as the improvement of mesothelioma, despite the fact that a history of coverage just isn't usually accessible in affected individuals with mesothelioma. You'll find two varieties of asbestos muscles dependant on crystalline structure; a-serpentinechrysolite and b-amphibole. Involved inside amphibole usually…

the topic of how diagnostic radiology procedures do affect the risk of cancer later in life. The authors of this article compared lifetime data and statistics from the survivors of the Japanese atomic bombs to children who had been exposed to radiation from CT scans. This is how they began their studies in 2008. The researchers…

1. Color Color is a piece of the electromagnetic range and has dependably existed, however Sir Isaac Newton gave the first clarification of shading in 1666. Newton passed slender light emission daylight through a crystal situated in a dim room. Obviously all the noticeable range (red, orange, yellow, green, blue, indigo, and violet) was shown on the white screen. Individuals as of now realized that light went through a crystal would demonstrate a rainbow or noticeable range; however Newton 's…

Every type of electromagnetic radiation travels at the speed of light (186,282 miles per second) through a vacuum. Everything on the electromagnetic spectrum is at a different wavelength. Only a small portion of the spectrum is visible light. Of that light, violet’s wavelength is the…

same speed (~3x108 m/s), the only factor to change is the wavelength (λ) or its inverse, the frequency (μ). To acquire this value, the ideas of electromagnetic and cosmic radiation have to be accounted for. Because all objects in our universe and anything between us and the receiving planet emit some sort of electromagnetic radiation, extensive research has been put into determining the range that incurred the least amount of noise. As a society, we base our daily life on radio communication —…

material's low-energy gamma rays to be used in some cancer treatments while the alpha radiation emitted minimally effects the contaminated host (Wanless, A., 2011). Americium can be useful to humans, despite its radioactive state as it is used in testing devices such as fluid gauges, thickness measurements, and is also used in the production of domestic smoke detectors. Exposure to ingestion results in internal radiation and the material can then be transported through the circulatory system of…

List the name of the article, web link or journal used, and author. Name of the web link http://www.healthline.com/health/wilms-tumor#Overview1 The authors are Jaime Herndon and Jacquelyn Cafasso A brief summary of your article including what pathology it pertains to. The authors started out with the definition, causes and risk factors for Wilms’ tumor. The most often this tumor occurs in children age 3 to 4 years. The authors also mentioned common symptoms for this disease such as loss of…

(EMS) 1rst Hypothesis: we believe that High Frequency has more energy than low frequency. Explanation: For this hypothesis, we found that our calculations were wrong and we tested this by using the electromagnetic spectrum: radio wave, microwave, radiation, infrared, visible light, ultraviolet, X-rays and gamma rays. We went outside and made a simulation by walking and each group was one of the spectrums and we looked at how many more laps one group did than the other and we found that radio…