Rutherford's model of the atom concentrated on the nucleus while Bohr's model focused on the:

The centerpiece of the modern atomic theory is on:

In Bohr's model, electrons move around the nucleus at constant speeds, but, in what type of orbits?

In Bohr's model of the atom, the energy level closest to the nucleus would be the:

As we move away from the nucleus of an atom, each preceding orbit of electrons represents a:

As we move closer to the nucleus of an atom, each preceding orbit of electrons represents a:

What happens to the energy of an electron if it moves from one energy level to another energy level farther away from the nucleus?

What happens to the energy of an electron if it moves from one energy level to another energy level closer to the nucleus?

When an electron jumps from one energy level to another energy level, what determines the size of the jump?

What determines the difference in energy between two energy levels?

Teachers: Create FREE classroom games with your questions Click for more info!
©2007-2024 Review Game Zone | About | Privacy | Contact | Terms | Site Map