Information and technology for safe patient care

Support why information and technology skills are essential for safe patient care and identify essential information that must be available in a common data base to support patient care. Please include references

Sample Answer

Some of the most important communication technology skills may take the form of creativity, project management, resourcefulness, organization, communication perseverance, problem solving among others. Some of these skills are imperative in patient management. Communication for example helps in obtaining accurate information from the patient and using that information for the benefit of o the patient. Creative is also useful in coming up with alternative solutions to managing patient problems where the available options are not adequate.


The sky has continually charmed people. It is gigantic, epic, and at times has all the earmarks of being amazing. Various exacting people acknowledge the sky are in the sky or above it. Regardless, another piece of the sky that has confounded people over ages is its concealing. People normally ask, "for what reason is the sky blue?" believe it or not, it is one of the most a great part of the time glanced through requests on Google. In order to address this request fittingly, this article will offer a start to finish reaction to this settled solicitation.

Is entrancing that the light from the sun appears, apparently, to be white when you get a gander at it. Regardless, this isn't actually the truth. The light from the sun passes on a grouping of tones, which makes up a scope of tones. In any case, this white light of the sun is starting at now segregated when something reflects it, turns it, or scatters it. Honestly, white light goes in a straight line, and when this light separates, it gets wavy. These waves show up in changed shades, with red being the least wavy, and blue being the most wavy.

What does this have to do with the shade of the sky? Surely, according to NASA, "Sunshine lands at Earth's atmosphere and is scattered all over by all of the gases and particles observable all around. Blue light is scattered all over by the little particles of air in Earth's condition. Blue is dispersed more than various shades since it goes as shorter, smaller waves" ("Why Is the Sky Blue?"). This explains why we consider the to be as blue as a general rule, anyway you can see it is just about an optical dream.

Regardless, there are a couple of nuances to this insight. As NASA states, "Closer to the horizon, the sky foggy spots to a lighter blue or white. The light reaching us from low in the sky has experienced impressively more air than the sunshine reaching us from overhead. As the sunshine has experienced this air, the air particles have scattered and rescattered the blue light usually from multiple points of view" ("Why Is the Sky Blue?"). Thusly, as you approach a horizon, truth of the white light ends up being continuously clear.

Besides, shouldn't something be said about sunsets? There are a combination of reasons why dusk is a time of crowd tints. As showed by the University of California, "When the air is clear the nightfall will appear to be yellow, because the light from the sun has passed a long division through air and a part of the blue light has been scattered away. In case the air is polluted with little particles, normal or something different, the sunset will be progressively red. Sunsets over the sea may in like manner be orange, in light of salt particles recognizable all around, which are practical Tyndall scatterers" ( In like manner, the sky around the sun is viewed as red, notwithstanding the light that truly delivers from the sun. This is a direct result of the manner in which that light disperses best through little edges, and blue light is more straightforward to spread long divisions,

Various bits of the sky, for instance, fogs and buildup, are seen as white for unequivocal reasons as well. As the University of California puts it, "Fogs and buildup duskiness appear to be white since they include particles greater than the wavelengths of light, which scatter all wavelengths likewise" (Mie disseminating) ( Thusly, a couple of things in nature insinuate back to the principal shade of light through the miracle of weight.

There are a couple of events where blue and red springs up in other normal ponders other than the sky itself. As communicated by the University of California, "Pressurized canned results of terpenes from the vegetation react with ozone noticeable all around to outline little particles around 200 nm over, and these particles scatter the blue light. A timberland fire or volcanic discharge may on occasion fill the atmosphere with fine particles of 500–800 nm over, being the right size to scatter red light. This gives the backwards to the standard Tyndall sway, and may cause the moon to have a blue tinge since the red light has been scattered out" ( These cases are progressively unprecedented yet happen enough to make it a typical occasion assessed by science.

Despite the way that the request "for what reason is the sky blue?" is a clearly uncorrupt demand, it isn't so normal to unveil to an adolescent. Basically, the sky is blue in view of the white light (which truly is a scope of shades) of the sun being disengaged subsequent to hitting Earth's atmosphere, and blue light happens to spread clearly better than various shades of light on account of its waviness. The sky changes concealing near the horizon, at nightfall, in fogs, and better places as a result of the scattering of shades by material or edge.

Works Cited

"Why Is the Sky Blue?" NASA,

"Why Is the Sky Blue?" My Favorite Numbers, science/General/BlueSky/blue_sky.html.

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