Atomic Models and Structures Quiz

Thomson suggested electrons embedded in a positively charged sphere.

Bohr's model postulated discrete electron orbits, akin to planets orbiting the sun.

Electrons possess a negative electrical charge.

Rutherford's gold foil experiment led to the discovery of the atomic nucleus.

The first shell can hold a maximum of two electrons.

Bohr's model conceptualized electrons orbiting the nucleus in fixed paths.

Protons carry a positive electrical charge.

Neutrons have no net electrical charge.

Atomic number indicates the quantity of protons in an atom's nucleus.

Bohr introduced the idea of electrons occupying specific energy levels.

Schrödinger formulated a model describing electron probability distributions.

Rutherford's model depicted atoms as having a dense central nucleus.

De Broglie suggested matter can exhibit both wave and particle properties.

This model describes electrons' probable locations around the nucleus.

Heisenberg's principle states inherent limits in measuring certain pairs of properties.