| Atomic Physics | 

| Atomic Physics | 

Move detector around x-ray tube to show that x-rays come out preferentially in the forward direction. Ask for absorbers if you wish. Looking at the close-up photograph at the right above, electrons originate from the electrode at the upper right and strike the anode from its right side, producing x-rays that move preferentially to the right from the cathode.
Note: This demonstration is rather touchy to set up to actually obtain x-rays. It is available largely so that the geometry of such a tube can be seen by the students.
						 Provide a large scale periodic chart.						Read More
					
						Illustrate electron orbitals for simple electron states.						Read More
					
						Demonstrate a monomolecular layer of oleic acid molecules held together by surface tension, and to experimentally determine the length of…						Read More
					
						 Demonstrate the shadow effect for electrons.						Read More
					
						Demonstrate canal rays present in a cathode ray tube.						Read More
					
						Demonstrate fluorescence in a cathode ray tube.						Read More
					
						Illustrate various types of discharge tubes.						Read More
					
						Show what happens in a discharge tube as the pressure is changed.						Read More
					
						Classic x-ray tube.						Read More
					
						Demonstrate that the bound electrons in an atom can only occupy discrete energy levels, by determining the quantum of energy…						Read More
					
						Observe the Balmer series in hydrogen
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						Show resonance radiation of iodine.						Read More
					
						Model of energy levels in the atom.						Read More
					
						Model energy levels in atomic orbits.						Read More
					
						Show fluorescence of different chemicals.						Read More
					
						Demonstrate fluorescence in different materials.						Read More
					
						Demonstrate how a wave length shifter bar absorbs photons and re-emits the energy at its characteristic wavelength.						Read More
					
						Demonstrate phosphorescence.						Read More
					
						Demonstrate that breaking wintergreen mints creates small flashes of light.						Read More
					
						Demonstrate fluorescence of a normal material at LN temperature.						Read More
					
						Demonstrate that laundry soap is fluorescent.						Read More
					
						See the inside of a laser, observe the spectrum of light
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