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Matt Schreiber
Energy
Word | Definition |
---|---|
Energy | Ability to do work |
Joule | Unit in which energy is measured |
Work | involves a change in movement |
K.E. | energy of motion |
P.E. | energy of position |
G.P.E. | depends on height above the earths surface |
Heat Energy | internal motion of particles of matter |
Mechanical Energy | energy of motion (not K.E.) |
Specific Heat | ability of a substance to absorb heat |
wavelength | the distance between 2 consecutive crests or troughs |
Conduction | heat transferred through an object or from one object to another |
Convection | heat transferred, takes place if liquids and gases as molecules move in currents |
Radiation | transferred by convection, takes place in the form of vision line |
Law of Conservation of Energy | energy that can be nor created nor destroyed by ordinary means |
Wave | a disturbance that transfers energy through matter or space |
Crest | the highest point of a transverse wave |
Trough | the lowest point of a transverse wave |
Amplitude | the distance between rest position to the crest or trough |
Frequency | number of waves or complete cycles per unit of time |
Absolute Zero | All molecular motion stops |
velocity | _______ has a better effect than mass on K.E. |
P.E. | _________ depends on weight and height |
K.E. | __________ depends on mass and velocity |
Warmer | Air molecules would move faster on a __________ day |
Increase | The addition of heat indicates a _______________ in temp. |
Decrease | The removal of heat indicates a _____________ in temp. |
Longitudinal | Sound waves are an example of _________ waves |
Decreases | If wavelength ____________, frequency increases. |
High | Short Wavelength=_______ frequency |
Suspension Length | the __________ has the greatest effect on a pendulum |