PhysCalc 2.0

Physics Calculator is a straightforward application designed to support students at high school and university levels, as well as educators, children, parents, and physics enthusiasts. The app offers an extensive selection of over one hundred calculators and topics essential for physics problem-solving.

The compilation includes fundamental conversions such as radians to degrees, multiple geometric calculations including the area and circumference of circles, as well as the surface and volume calculations for spheres. It also encompasses comprehensive unit conversions covering peta, tera, giga, mega, kilo, hecto, deca, deci, centi, milli, micro, nano, pico, and femto prefixes.

In addition, the app facilitates energy conversions like electron volts to joules and provides a series of kinematic equations (SUVAT), along with calculations for acceleration, jerk, force—both at angles and in static or kinetic friction scenarios—and work-energy relationships.

The calculator suite extends to thermodynamics through specific heat capacity and latent heat calculations; fluid mechanics with pressure and moles; ideal gas law applications; and wave physics including period, frequency, wave equations, and phenomena such as polarization and interference patterns.

Optics functionalities comprise Snell’s Law derivations based on angles, speed, or refractive index; concepts of refractive indices; double slit interference with constructive and destructive path differences.

Electrical physics includes charge, current calculations from charge or voltage; electrostatic forces; electric fields; drift speed; electric potential; Ohm’s Law; resistance; various power computations; electromotive force; magnetic forces on conductors and charges; electromagnetic fluxes; and induced voltages.

Mechanics covers angular measures—displacement, speed—and linear motions like centripetal acceleration and force; gravitational fields and forces; photon energy calculations based on frequency or wavelength; decay processes such as half-life; mass-energy equivalence; energy density; environmental applications like wind power generation.

Wave mechanics are supported with calculations of wavelength, velocity, acceleration of waves; pendulum and spring oscillations; simple harmonic motion energy; diffraction phenomena including single slit and grating patterns with resolution thresholds.

Doppler effect computations are provided for moving sources and observers. Gravitational potential differences along with electric potential differences are included within potential energy calculations. The app offers speed and velocity calculations relevant to orbital mechanics such as escape velocity and orbital speed.

Electromagnetic field analysis incorporates electric potential fields and energies. The calculator suite also features parameters associated with inductance, magnetic flux linkage, root mean square values for currents, voltages, resistances as well as maximum power outputs. Capacitance-related features include stored energy in capacitors, time constants for RC circuits, discharging processes for charge, current, and voltage in capacitors.