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Physics 1 Equations

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Velocity as a function of time
Position as a function of velocity and time
Position as a function of time
Velocity as a function of position
x-dimension of particle with constant acceleration
y-dimension of particle with constant acceleration
Maximum height of a projectile
Horizontal range of a projectile
Centripetal (center-seeking) acceleration
Period of circular motion
Radial acceleration
Magnitude of force of kinetic friction
The amount of work done on a system
Kinetic energy of a particle
Gravitational potential energy
Elastic potential energy
Isolated model system

Physics 2 Equations

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Exam 1

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Coulomb's law
Acceleration of a particle in a uniform electric field
Electric flux through a surface of fixed area
Electric flux through a gaussian sphere
Gauss's Law
Electric field at a point outside an insulating solid sphere with uniform charge density
Electric field at a point inside an insulating solid sphere with uniform charge density
Charge from surface charge density and area
Electric field from surface charge density
The change in potential energy of a charge-field system
Electric potential due to several point charges
Capacitance
Potential between parallel plates
Capacitors in parallel
Capacitors in series
Resistance of a uniform material along length
Resistance as a ratio of potential difference to the current
Current in terms of emf and load resistance
Resistors in series
Resistors in parallel
Power in terms of potential difference and current
Magnetic force on a charged particle moving in a magnetic field
Kinetic energy of an ion in a cyclotron
Torque on a current loop in a magnetic field

Exam 2

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Permeability of free space.
Magnetic field of any straight current-carrying wire.
Magnetic field at the center of a wire loop.
Magnetic force on a length of wire.
The force between two parallel wires.
Magnetic field of a torus.
Magnetic field inside a solenoid.
Induced emf in a coil perpendicular to a uniform magnetic field.
Magnetic flux.
Induced emf in a coil.
Induced current from a conductor moving through a magnetic field.
Inductance of an N-turn coil.
Self-induced emf proportional to the time rate of change.
Frequency of oscillation in an LC circuit.
Flag of Maryland