Physics Calculators Converters 3.2

This application offers an extensive collection of computational tools, encompassing 134 physics calculators and 58 converters designed for a comprehensive range of physical quantities and phenomena.

Physics Calculators: This section includes functions to compute forces such as force, kinetic and static friction, and centripetal force and acceleration. It provides calculations related to gravity, angular motion, work, power, displacement, and velocity across various contexts. Additional tools cover pressure differentials, densities (including water density), and different forms of energy—kinetic, potential, elastic potential, Einstein's mass-energy equivalence, and gravitational potential energy. The suite extends to projectile motion analysis (vertical and horizontal), impulse and momentum, moments (including torque and moment of inertia), material strength parameters like transverse strength and surface factors, and tank capacities (rectangular and cylindrical). It features calculations for porosity, viscosities (kinematic), flow rates, seismic geophones, planetary weights, and soil resistivity.

The app also provides calculators for astrophysical quantities such as star luminosity, thermodynamic properties (temperature, thermal conductivity, diffusivity), expansion coefficients, heat flow and transfer rates, specific heat capacity, sound parameters including pressure level, intensity, power emission, wavelength, speed, RMS noise levels, and pollution metrics. There are tools dedicated to pendulum motion (simple and physical), spring mechanics (leaf springs and helical spring rate/deflection/index), substance amount calculations, and electronic component sizing (inductors, capacitors).

Additional features include electrical calculations involving resistance, battery metrics (life and charge time), power units like kVA, potentiometers, voltage dividers; processes like electrodialysis; harmonic analysis; mechanical properties such as shear modulus, bulk modulus, Young's modulus; material stress and strain measurements. The application also encompasses a set of fundamental physics constants.

Unit Converters: This category facilitates conversions for various physical quantities including acceleration, angles, areas, astronomical measurements, electrical charge and current, data transfer rates, densities, potentials, capacitance, conductance, field strength, inductance, resistance/resistivity, energy/work units, flow rates (mass and volume), fluids-based quantities like force and frequency. It covers fuel consumption metrics, hardness scales, linear dimensions (length), illuminance and luminance for light measurement. Magnetic flux conversions are available alongside mass units and computer memory metrics.

Further conversions include metrology-related units such as moment of force and inertia; permeability; power; SI prefixes; pressure; radiation; sound parameters; specific heats; volume and temperature scales; thermal conductivity; expansion coefficients; time units; torque; typography-related measures; velocities; viscosities (dynamic/oil/water/kinematic); volume units.

Additionally included is a comprehensive physics dictionary designed to clarify terminology across all covered areas.