Experiments of Hertz, and frang
1. Frang and Hz tested concerning the collision of atoms using electron charge to an atom of mercury
2. When electrons collide with atoms of mercury will cause the crates was a charcoal from electron to the atom and atomic energy is to convey to the electrons in the atom. Ionization
3. from the experiments of Hertz, and frang. Find
3.1 If the kinetic energy that an electron is less than 4.9 eV (electron acceleration using the voltage is lower than 4.9 eV) electron collision between Atomic and of mercury would be the indigenous flexible (elastic collision), Ek Ek collision after collision is equal before it shows that the electrons of an atom cannot be made from the Ground State energy level changed passerine Songbird (pycnonotidae). 4.9.
3.2 eV To increase the kinetic energy of the electrons is 4.9 eV, the energy levels of atoms from the Ground State mercury switch (E1) to the first Excited State (E2) of the stimulation is
3.3 If the kinetic energy of the electrons increases. it stimulates the atoms of mercury atoms, the second and third atoms again gradually, but every atom of mercury still wants the same 4.9 eV kinetic energy of
3.4 If the atom of mercury that are triggered in the power level, power levels, E2, and it changes into the Ground State energy level (E1) must release the energy in electromagnetic waves, called a Photon with energy equal to 4.9 eV
3.5 Hz and a trial summary frang in collision between electrons with atoms will absorb some of the energy. That suggests that the energy levels of atoms does not, according to the theory of bo is a 4.9, 6.7, and 10.4 eV as
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