In the Bohr\'s model of the atom an electron that remains in its quantum orbit:
ID: 1873838 • Letter: I
Question
In the Bohr's model of the atom an electron that remains in its quantum orbit:
emit radiation with only definite values of the energy
do not emit energy in the form of radiation
constantly emit energy in the form of radiation
None of the above
In the Bohr model of the atom the electron:
have sharply defined energies determined by an equation
have only very high energies
may have any energy
None of the above
Brownian motion observed in tiny particles of matter is one way to prove the perpetual motion of atoms.
True
False
We may explain the quantized energy levels of atomic electrons by considering their wave nature.
True
False
Using a usual optical microscope we can see the atoms.
True
False
emit radiation with only definite values of the energy
do not emit energy in the form of radiation
constantly emit energy in the form of radiation
None of the above
Explanation / Answer
Do not emit energy in the form of radiation
In the bohr model of the atom the electron have sharply defined energies determined by an equation
True
False We may explain the quantized energy levels of atomic electrons by considering their particle nature.
Using a usual optical microscope we can see the atoms.false for that we need electron microscope