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Descripción
Fichas por Chris Owen, actualizado hace más de 1 año
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Creado por Chris Owen
hace más de 8 años
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| Pregunta | Respuesta |
| Chapter 1: General Physics (Definitions and Equations) | --- |
| Time (Symbol and Unit) | Symbol: t Unit: seconds (s) |
| Force (Symbol and Unit) | Symbol: F Unit: newton (N) |
| Weight (Symbol and Unit) | Symbol: W Unit: newton (N) |
| Velocity (Symbol and Unit) | Symbol: v Unit: metres per second (m/s) |
| Speed (Symbol and Unit) | Symbol: s Unit: metres per second (m/s) |
| Distance (Symbol and Unit) | Symbol: d Unit: metres (m) |
| Acceleration (Symbol and Unit) | Symbol: a Unit: metres per second squared (m/s2) |
| Mass (Symbol and Unit) | Symbol: m Unit: kilogram (kg) |
| Energy (Symbol and Unit) | Symbol: E Unit: joule (J) |
| Moment (Symbol and Unit) | Symbol: M Unit: newton metre (Nm) |
| Work Done (Symbol and Unit) | Symbol: W Unit: joule (J) |
| Power (Symbol and Unit) | Symbol: P Unit: watt (W) |
| Current (Symbol and Unit) | Symbol: I Unit: amps (A) |
| Voltage (or potential difference) (Symbol and Unit) | Symbol: V Unit: volts (V) |
| Resistance (Symbol and Unit) | Symbol: R Unit: ohms ( _o_ ) |
| Charge (Symbol and Unit) | Symbol: Q Unit: coulomb (C) |
| Frequency (Symbol and Unit) | Symbol: f Unit: hertz (Hz) |
| Pressure (Symbol and Unit) | Symbol: p Unit: newton per metre squared (N/m2) |
| Temperature (Symbol and Unit) | Symbol: T Unit: degrees Celsius (*C) |
| Density (Symbol and Unit) | Symbol: (wonky 'p') Unit: g/cm3 or kg/m3 |
| Wavelength (Symbol and Unit) | Symbol: ^ Unit: metre (m) |
| Specific Heat Capacity (Symbol and Unit) | Symbol: c Unit: J/(kg*C) |
| Specific Latent Heat (Symbol and Unit) | Symbol: l Unit: joules per kilogram (J/kg) |
| Speed | A measurement of how fast an object is moving |
| Velocity | The speed of an object in a specific direction |
| Acceleration | Acceleration is the change in velocity per second |
| Mass | The amount of matter that makes up an object |
| Weight | The force on a mass due to gravity |
| Density | A quantity related to how closely packed the particles in a material are as well as how much the particles weigh |
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