Questions deal specifically with hydrogen.As discussed in the video, so long as you’re using the constants from the PRC, these answers shouldtechnically have an infinite number of significant figures by the assumptions of the course. Report allof them to at least four significant figures to ensure full credit. As always, unless otherwise stated,numerical entry problems require the answer to be in units that are the SI standard for whateverquantity they’re measuring (lengths, for instance, are reported in m, notnm,μm, km, etc.). Convert tostandard units if necessary, but do not include the unit in the answer field.Remember that the way you can be positive Blackboard understands your numbers, if you choose towrite them in scientific notation, is to use “E” in place of “10^.” That is, if you find that a particularfrequency is1.234×1014Hz, it would be entered as1.234E14 1) Calculate the wavelength of thelight that creates thethird line in the Balmerseries.
Questions deal specifically with hydrogen.As discussed in the video, so long as you’re using the constants from the PRC, these answers shouldtechnically have an infinite number of significant figures by the assumptions of the course. Report allof them to at least four significant figures to ensure full credit. As always, unless otherwise stated,numerical entry problems require the answer to be in units that are the SI standard for whateverquantity they’re measuring (lengths, for instance, are reported in m, notnm,μm, km, etc.). Convert tostandard units if necessary, but do not include the unit in the answer field.Remember that the way you can be positive Blackboard understands your numbers, if you choose towrite them in scientific notation, is to use “E” in place of “10^.” That is, if you find that a particularfrequency is1.234×1014Hz, it would be entered as1.234E14
1) Calculate the wavelength of thelight that creates thethird line in the Balmerseries.
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