Since it's situated in the desert, Las Vegas stays very dry all-year-round. When combined with median cloud coverage of 0%, this means you'll have plenty of chances to soak up some rays by your hotel's swimming pool. Throughout the month, the city enjoys an average of 13 hours of sunshine each day. Across May, Las Vegas receives an average of 6mm/0 inches of rainfall which is spread out between two rainy days. The most common forms of rainfall you can expect to see during your holiday in the city this month are light rain, thunderstorms and moderate rain. This figure drops down to 5% by May 11 th before plummeting down to 3% by May 24 th. You'll be most likely to experience precipitation on May 1 st, when it falls on an average of 6% of days. The probability of rainfall occurring on any given day in Las Vegas in May falls as the month develops. When you pack for your holiday, make sure you take plenty of light and airy clothing in order to keep you cool when exploring the local area. The pleasant temperatures and sunshine mean that you can spend plenty of time outdoors, but if the heat proves to be a bit too much for you, you can seek shade inside the city's many casinos and show venues. With average temperatures as warm as these, May is one of the best times of the year to visit Las Vegas. The highest temperature ever registered in Las Vegas in May is 43☌, whilst the lowest temperature ever recorded in the city during this month is 8☌. Throughout the month, the average temperature is 25☌ (made up of highs of 31☌ and lows of 16☌), compared to June, which has an average temperature of around 30☌.Īlthough it only occurs on an average of once every ten days, temperatures have been known to rise above 39☌ and drop below 12☌ during May in Las Vegas. May is a very pleasant time to visit Las Vegas, USA, when there is loads of sunshine and the temperatures are warm. The color can be used to identify which elements are present in the salt.What's the Weather like in Las Vegas in May Different compounds will give off different colors of light. The color you observe in the video is the sum total of all of the visible emissions from each element.Ī common lab performed in chemistry involves flame tests of different metal salt compounds. Use of a tool such as a spectroscope would allow someone to determine the different wavelengths each of these elements is giving off. This video show uses diffraction grating to show the emission spectra of several elements including hydrogen, oxygen, neon and nitrogen. Here is a look at emission (colors of light) produced by four different elements. You can view the atomic spectrum of each element at Thus, scientists can use atomic spectra to identify the elements in them. These emission spectra are as distinctive to each element as fingerprints are to people. This collection of transitions makes up an emission spectrum. Each transition has a specific energy difference. There are many possible electron transitions for each atom. Each jump corresponds to a particular wavelength of light. When an atom absorbs energy, its electrons jump to higher energy levels.
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