Answer:
Explanation: tellurium has an atomic mass of 127.6 whilst the element that comes after it, iodine, is lighter with an atomic weight of 126.9. Mendeleev concluded that the atomic mass for one of these two elements must be wrong because tellurium clearly preceded iodine in the periodic table
"The electromagnetic spectrum<span> consists of all the different wavelengths of ... At a temperature of 37 degrees C, our bodies radiate with a </span>peak intensity<span> near ... object </span>will<span> be larger (more </span>intense) thanwill the peak<span> of the curve for a cooler object. ... Space's "</span>Star<span> Light, </span>Star<span> Bright", we </span>have<span> made the scale of the </span>intensity<span> axis"</span>
I believe the answer is C !