Physics Equations Flashcards by Leah Warren

Q

Average speed

A

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Q

average velocity

A

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Q

acceleration

A

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Q

Component of gravity parallel to the plane

A

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Q

Component of gravity perpendicular to the plane

A

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Q

Centripetal Force

A

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Q

Torque

A

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Q

Gravity b/w 2 objects

A

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Q

Static Friction

A

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Q

Kinetic Friction

A

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Q

First Law of Thermodynamics

A

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Q

Second Law of Thermodynamics

A

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Q

Third Law of Thermodynamics

A

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Q

Kinetic energy

A

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Q

Gravitational potential energy

A

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Q

Elastic potential energy

A

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Q

Total mechanical energy

A

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Q

Work done by a nonconservative force (ex. Friction)

A

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Q

Work (moving an object)

A

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Q

Work (isobaric processes)

A

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Q

power

A

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Q

Work-Energy Theorem

A

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Q

Mechanical Advantage

A

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Q

Efficiency

A

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Q

Temperature Conversions

A

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Q

Linear thermal expansion of solids

A

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Q

Volumetric thermal expansion of liquids and solids

A

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Q

Internal Energy of a System

A

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Q

Heat added/removed from a system

A

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Q

Heat added/removed from a substance during a phase change

A

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Q

Entropy

A

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Q

density

A

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Q

Specific Gravity

A

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Q

Weight (given mass)

A

Q

Weight (given density and volume)

A

Q

Pressure

A

Q

Absolute (hydrostatic) pressure

A

Q

Gauge pressure

A

Q

Pascal’s Law

A

think hydraulic lifts

Q

Buoyant Force

A

Q

Poiseuille’s Law

A

Q

Resistance to flow

A

opposite of flow rate (Poiseuille’s law); exclude pressure

Q

Critical Speed

A

Critical speed is the speed at which turbulent flow will begin

Q

Continuity Equation (flow rate)

A

Q

Bernoulli’s Equation

A

Q

Coulomb’s Law

A

Q

Electric Field Magnitude

A

Q

Electrical Potential Energy

A

Q

Electric Potential

A

Q

Current

A

Q

Resistance

A

Q

Ohm’s Law (Voltage Drop)

A

Q

Power of Resistor

A

Q

Resistors in Series: Total Voltage Drop

A

Q

Resistors in Parallel: Total Voltage Drop

A

Q

Resistors in Series: Total Resistance

A

Q

Resistors in Parallel: Total Resistance

A

Q

Capacitance

A

Q

Capacitance (incl. area & distance)

A

Q

Potential energy of a Capacitor

A

Q

Uniform Electric Field created by capacitor

A

Q

capacitance

capacitors in series

A

Q

capacitance

capacitors in parallel

A

Q

speed of a wave

A

Q

speed of sound

A

Q

photon energy

A

Q

Doppler Effect

A

Q

Intensity

A

Q

Standing Waves (Strings)

A

Q

Standing Waves (Open Pipe)

wavelength

A

Q

Standing Waves (closed pipe)

frequency

A

Q

speed of light

A

Q

law of reflection

A

Q

Index of refraction

A

Q

Snell’s Law

A

Q

Critical Angle

A

Q

Optics Equation

A

Q

Magnification

A

Q

Len’s Power

A

Q

Focal length of multiple lenses in series

A

Q

Power of multiples lenses in series

A

Q

Magnification for a system of lenses

A

Q

Cell potential

A