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71 Cards in this Set
- Front
- Back
Dot Product of Vectors
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Cross Product of Vectors
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Vector Magnitude
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Vector Direction
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Average Speed
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Average Velocity
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Average Acceleration
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Kinematic Equation with Acceleration Missing
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Kinematic Equation with Time Missing
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Kinematic Equation with Distance Missing
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Kinematic Equation with Vf Missing
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Kinematic Equation with Vi Missing
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Newton's Second Law
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Force of Kinetic Friction
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Force of Static Friction
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Work
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Work done by Gravity
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Kinetic Energy
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Work-Energy Theorm
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Think of the Force as increasing the Energy over time. It's Work!
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Potential Energy
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Gravitational Potential Energy
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Mechanical Energy
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Average Power
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Instantaneous Power
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Hooke's Law
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Frequency
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How do you extend the period of a spring?
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Heavy mass, easily stretched spring
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How do you extend the period of a pendulum?
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Lengthen the String
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Potential Energy of a Spring
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Momentum
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Impulse
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Center of Mass
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Angular Frequency
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Angular Period
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Angular acceleration
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Angular Velocity
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Relationship between Linear and Angular Variables
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Torque
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If perpindicular, sin can be ignored
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Newton's Second Law in terms of Rotational Motion
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Kinetic Energy of Rotation
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Angular Momentum
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Kelvin Conversion
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K = C + 273
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Relationship between Heat and Temperature
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Coefficient of Linear Expansion
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Coefficient of Volume Expansion
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Ideal Gas Law
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PV=nRT
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Boyle's Law
(Relationship between Pressure and Volume) |
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Charles's Law
(Relationship between Volume and Temperature) |
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First Law of Thermodynamics
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Efficiency of an Engine
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Coulomb's Law
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Formula's Defining Electric Field
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Electric Potential Energy
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Work done by an Electric Field
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Electric Potential
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Stored Energy of a Capacitor
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Magnetic Force on a moving charge.
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Radius of a Circle by a Charged Particle on a Magnetic Field
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Magnetic Force on a Current
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How do you increase the magnetic field produced by a current?
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Increase Current, reduce radius.
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Motional Emf
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Magnetic Flux
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Lenz's Law
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Wave Formula
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Index of Refraction
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Snell's Law of Refraction
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Equation for the Focal Length of a Lens
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Lens Magnification
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Photon Energy
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E=hf
h is a constant f is frequency |
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Particle Wavelength
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h is a constant
p is momentum |
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Relativistic Factor
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Gamma is the factor of how clocks slow down
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