Pathverse vs PhysCalc

Pathverse is a tool that allows online educators to create engaging content for their audience. The main features of Pathverse are content delivery, goal setting, and providing a user-friendly dashboard for your steps data from Apple Health. Surveying is also one of the main features of Pathverse, allowing the content creators to create diverse surveys and receive feedback from their audience. Enrolment to these "Programs" hosted on Pathverse is done externally by the content creators, this includes obtaining consent from their audience. Users that are enrolled then receive access to Pathverse. Pathverse integrates with the Health app on your mobile and displays your step data on our user-friendly interface. Your health data is only used for displaying purposes, we do not collect any of your health data.

Physics Calculator is a easy to use app for High school Students,University Goers, Teachers, Children, Parents and Physics enthusiasts everywhere.The App includes over a hundred Calculators/Topics to choose from which include: Radians to Degrees Conversion, Area of Circle Circumference of a Circle Surface Area of a Sphere Volume of a Sphere Conversion to/from units of peta, tera, giga, mega, kilo, hecto, deca, deci, centi, milli, micro, nano, pico and femto Electron Volts(eV) to Joules(j) SUVAT Equations Acceleration Jerk Force Forces at angles Static Friction Kinetic Friction Work Kinetic Energy Potential Energy Elastic Potential Energy Power calculated using Force Power calculated using Energy Efficiency Momentum Kinetic Energy calculated using Momentum Impulse Specific Heat Capacity Specific Latent Heat Pressure Moles Equation of an Ideal Gas Average Kinetic Energy per molecule of Ideal Gas Period and Frequency Wave Equation Intensity Polarization Snell's Law calculated using Angle & Speed Snell's Law calculated using Angle & Refractive Index Snell's Law calculated using Speed & Refractive Index Relative Refractive Index Double Slit Interference Constructive Path Difference Destructive Path Difference Charge Current calculated using Charge Electrostatic Force Electric Field E Drift Speed Electric Potential OHM's Law Resistance Power calculated using Current & Voltage Power calculated using Current & Resistance Power calculated using Voltage and Resistance Electromotive Force Magnetic Force on Conductor Magnetic Force on Charge Angular Displacement Angular Speed Linear Speed Centripetal Acceleration Centripetal Force Gravitational Field Strength Force due to Gravity Gravitational Field Strength calculated using Universal Gravitational Field Constant Kinetic Energy of Photon calculated using Frequency Kinetic Energy of Photon calculated using Wavelength Half Life Mass-Energy Equivalence Specific Energy Energy Density Wind Power Generation Peak Wavelength Luminosity Displacement of Wave Velocity of Wave Acceleration of Wave Period of Pendulum Period of Spring Kinetic Energy of Object undergoing SMH Single Slit Diffraction Diffraction Gratings Angle of First Minimum Resolvance Power Doppler's Effect calculated using Moving Source (Frequency) Doppler's Effect calculated using Moving Observer (Frequency) Gravitational Potential Difference Electric Potential Difference Gravitational Potential Electric Potential Electric Potential Energy Gravitational Potential Energy Gravitational Field Strength calculated using Gravitational Potential Escape Speed Orbital Velocity Electric Field Strength calculated using Electric Potential EMF/Induced Voltage Magnetic Flux Flux Linkage EMF/Induced Voltage w/Magnetic Flux rms current rms voltage rms Resistance Max Power Capacitance Energy of Capacitor Capacitance w/Permittivity Time constant of RC Circuit Discharging charge of Capacitor Discharging Current of Capacitor Discharging voltage of Capacitor