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Astrodynamics
Absolute Magnitude of Sun I band
Absolute Visual Magnitude of Cepheid Variables
Relativistic Pressure
Black Hole Evaporation Time
Neutron Star Degeneracy Pressure by Non-Relativistic Neutrons
Gravitational Wave Luminosity
Cosmology Critical Density
Cosmological Curvature Density Parameter
Cosmological Lambda Density Parameter
Eddington Luminosity Limit
Eddington Luminosity Limit Based on Solar Mass
Black Hole Gravitational Redshift
Luminosity of Cepheid Variable
Chandrasekhar Mass
Hubble Parameter at Redshift
Hubble Law Radial Velocity
Angular Radius of Einstein Ring
Black Hole Schwarzschild Radius
Cosmological Redshift
Friedmann Equation
Friedmann Equation Based on Pressure
Black Hole Temperature
Advanced Physics Calculator is a successor of archived
PhysicsCalc v.1.0.
Built with
React.js
,
TypeScript
&
Sass
.
Author:
uvacoder
Project code (github):
physics-calc-v2
Astrodynamics
Black Hole Temperature
Calculation
Boltzmann Constant
J/K
Planck Constant
J/s
Speed of Light in Vacuum
m/s
Gravitational Constant
m
3
kg
-1
s
-2
Mass of Body
mg
g
kg
oz
lb
dr
gr
Formula
τ
k
b
h
= (
G
*
M
2
) / (
R
o
*
L
)
Where:
τ
k
b
h
Black Hole Temperature
k
B
Boltzmann Constant
h
Planck Constant
c
Speed of Light in Vacuum
G
Gravitational Constant
M
Mass of Body