All Physics Calculator Related Post

    Galactic Rotation Calculator Dark Matter Halo Model: NFW (Navarro-Frenk-White)Isothermal SphereFlat Rotation Curve Flat Rotation Velocity v₀ (km/s): Scale Radius rₛ (kpc): Virial Radius r₂₀₀ (kpc): Baryonic Disk Mass Mₔ (10¹⁰ M⊙): Disk Scale Length R_d (kpc): Calculate Rotation Curve * Based on Navarro et al. (1996), Binney & Tremaine (2008), and Milky Way […]

    Oort Cloud Calculator Semi-Major Axis a (AU): Eccentricity e: Inclination i (degrees): Comet Mass (kg): Comet Radius R (km): Time in Oort Cloud (Gyr): Calculate Oort Cloud Comet * Based on Heisler & Tremaine (1986), Dones et al. (2004), and galactic tide models. About the Oort Cloud Calculator The Oort Cloud Calculator is

    Kuiper Belt Calculator Semi-Major Axis a (AU): Eccentricity e: Inclination i (degrees): Estimated Mass (kg): Radius R (km): Albedo (0–1): Calculate Kuiper Belt Object * Based on Gladman et al. (2008), Lykawka & Mukai (2007), and TNO classification schemes. About the Kuiper Belt Calculator The Kuiper Belt Calculator is a scientifically accurate tool

    Cometary Orbit Calculator Perihelion Distance q (AU): Eccentricity e: Inclination i (degrees): Argument of Perihelion ω (degrees): Longitude of Ascending Node Ω (degrees): Epoch (MJD): Calculate Cometary Orbit * Based on Kepler’s laws, vis-viva equation, and two-body orbital mechanics (Murray & Dermott, 1999). About the Cometary Orbit Calculator The Cometary Orbit Calculator is

    Meteor Trajectory Calculator Entry Velocity v (km/s): Entry Angle θ (degrees from vertical): Initial Mass m₀ (kg): Density ρ (kg/m³): Entry Height h₀ (km): Ablation Coefficient σ (s²/km²): Calculate Trajectory * Based on Bronshten (1983), Ceplecha (1998), and meteoroid ablation models. About the Meteor Trajectory Calculator The Meteor Trajectory Calculator is a precision

    Tidal Locking Calculator Body Type: ExoplanetMoon Host Mass M (M☉ or M⊕): Semi-Major Axis a (AU or R⊕): Planet/Moon Radius Rₚ (R⊕): Tidal Quality Factor Q: Love Number k₂: Initial Spin Period (hours): Eccentricity e: Calculate Tidal Locking * Based on Goldreich & Peale (1966), Hut (1981), and Peale (1999) tidal evolution models.

    Planetary Mass Calculator Detection Method: Radial Velocity (RV)Transit + RVTransit Timing Variation (TTV)Astrometry Orbital Period P (days): RV Semi-Amplitude K (m/s): Host Star Mass M⋆ (M☉): Planet Radius Rₚ (R⊕): Inclination i (degrees): Calculate Mass & Density * Based on Kepler’s 3rd Law, RV mass function, and transit geometry (Winn, 2010; Seager &

    Binary Star Calculator Binary Type: Visual BinarySpectroscopic BinaryEclipsing Binary Orbital Period P (days): Semi-major Axis a₁ (AU or km/s): Semi-major Axis a₂ (AU or km/s): Distance to System (pc): Inclination i (degrees): Calculate Binary Parameters * Based on Kepler’s 3rd Law, mass function, and radial velocity/orbital mechanics (Batten, 1973; Hilditch, 2001). About the

    Light Curve Calculator Planet Radius Rₚ (R⊕): Star Radius R⋆ (R☉): Orbital Period (days): Inclination i (degrees): Limb Darkening u: Transit Duration (hours): Generate Light Curve * Based on Mandel & Agol (2002) quadratic limb-darkened transit model. About the Light Curve Calculator The Light Curve Calculator is a scientifically accurate tool that generates

    Gravitational Redshift Calculator Central Mass M (kg): Emission Radius r₁ (m): Observation Radius r₂ (m): Emitted Frequency ν₀ (Hz): Calculate Redshift * Based on Einstein’s General Relativity (1915) and Schwarzschild metric. About the Gravitational Redshift Calculator The Gravitational Redshift Calculator is a precision tool that computes the frequency and wavelength shift of light