Radial wave functions. Explain briefly
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Radial wave functions. Explain briefly?
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- The three most prominent spectral lines of hydrogen are H-α at 656 nm, H-β at 486 nm, and H-γ 434 nm. If we observe an object with H-α at a wavelength of 700 nm, what wavelength will we observe H-β and H-γ? Is the object moving toward or away from us, and how do you know? Suppose we observe another object with H-α at 585 nm. Is this object moving toward or away from us? Is it moving slower or faster than the first object?What do we mean by the ground state of an atom? what do we mean by the excited state of an atom?Hello, is the wrong formula △E×△t=h/2π being used here: https://www.bartleby.com/questions-and-answers/what-is-the-uncertainty-in-energy-of-this-excited-state-what-is-the-width-of-the-corresponding-spect/35624163-ba9c-423b-9d2a-591b683a82d3 Should it instead be △E×△t=(h/2π)/2 as in the attached formula?
- We can tell what molecules are in a distant star by: Group of answer choices a)the star’s brightness. b)bringing back a gas sample. c)spectroscopy. d)the star’s distance.What is Hopkinson’s law.Explain with the help of equation(Sir, I want more details)Consideration of the total energy in a radio lobe of an AGN implies that the energy is distributed evenly between the particles in the lobes and the magnetic field. This implies that the magnetic field scales with observed luminosity L as Select one: a. is independent of L 1 b. + C. L 130 d. [4/7 e. L