Physics, the Excitement of DiscoveryWadsworth Publishing Company, 1983 - 494 Seiten |
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Ergebnisse 1-3 von 54
Seite 63
... ball on the right has a mass of 3.35 kg . The iron ball takes 3.344 seconds to reach the ground , and the wooden one , 3.412 seconds . The positions of the balls are shown at 0.167 - second time intervals . ( b ) This run shows the ...
... ball on the right has a mass of 3.35 kg . The iron ball takes 3.344 seconds to reach the ground , and the wooden one , 3.412 seconds . The positions of the balls are shown at 0.167 - second time intervals . ( b ) This run shows the ...
Seite 91
... balls are replaced with a solid steel ball and a hollow plastic ball ( an oversize Ping - Pong ball ) . Both balls are the same size as the regular ones and have been painted to look like them . During play , can you pick out the two ...
... balls are replaced with a solid steel ball and a hollow plastic ball ( an oversize Ping - Pong ball ) . Both balls are the same size as the regular ones and have been painted to look like them . During play , can you pick out the two ...
Seite 92
... ball is so massive compared to the bil- liard ball ( even though the steel ball has a smaller speed ) , the momentum of the steel ball is much larger than the momentum of the billiard ball . Because the balls travel in opposite ...
... ball is so massive compared to the bil- liard ball ( even though the steel ball has a smaller speed ) , the momentum of the steel ball is much larger than the momentum of the billiard ball . Because the balls travel in opposite ...
Inhalt
Atoms and Electric Charge | 10 |
Xrays and the Atom | 16 |
A Model of the Hydrogen Atom | 23 |
Urheberrecht | |
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Häufige Begriffe und Wortgruppen
absorbed acceleration allowed orbit alpha decay alpha particle alpha ray angle angular momentum anode atomic mass atomic number ball beam beta rays Bohr Bohr's calculation question cathode ray tube cathode rays Chapter charged particles chemical chloride collision Coulomb's law coulombs crystal Curie decay DEVELOPMENT OF MODERN diagram diffraction distance elec electron jumps element emitted energy level equal Equation example experiment Fermi fission force gamma rays Geiger half-life helium hydrogen atom ionization isotope joules kinetic energy larger Larry laser m/sec magnetic field measure MODERN PHYSICS molecules negatively charged neutron newtons nitrogen nuclear observed photographic physicist plate positive charge positron potential energy produced protons quantum numbers radiation radioactive radius radon nucleus reaction Rutherford scattered shown in Fig shows sodium spectrum speed of light strike Table target theory Thomson thorium ticle tion tron uranium voltage wave nature wavelength X-ray