Question | Answer |
Electromagnetic radiation | Form of energy that exhibits wave like behavior at it travels through space |
Wavelength | Shortest distance between two points on a continous wave. |
Frenquency | Number of waves that pass a point in a given second. |
Amplitude | The waves wieght from the origin of the crest. |
Electomagnetic spectrum | Ecompasses all forms of electromagnetic radiation. |
Quantum | Minimum amount of energy that can be gained or lost by an atom. |
Planks Constant | Value of 6.626x10(-34)j.s. |
Photoelectric Effect | From a metals surface when light of a cetain frequency shines on the surface. |
Photon | A particle of a electromagnetic radiation with no mass that carries a quantum of energy. |
Atomic Emision Spectrum | Electromagenetic waves emitted by atoms of the element. |
Ground State | The lowest allowable energy state of an atom. |
De Broglie Equation | Predicts that all moving particle's wavelength to its frenquency, its mass, and Planck's constant. |
Heisenberg Uncertainity Principle | To know the velocity and position of a partical. |
Quantom Mechanical Model of the Atom | The atomic model on which electrons are treated as waves. |
Atomic Orbital | Describes the electrons probable location. |
Principle Quantum Numbers | Indicate the relative sizes and energies of atomic orbital. |
Principle Energy Levels | The atoms major energy levels. |
Energy Sublevels | Are in principle energy levels. |