Physics Dynamics Calculators

Oscillation Period of Double Pendulum Calculator

Apr 25, 2024
PHYSICS

Calculate Period of Oscillation of Double Pendulum Length (L) Gravitational Acceleration (G) $m/s^2$ Period: {{periodResult() | number:4}} ##Formula: p = 2π (l / (2 + √2g))0.5 Where, p = Oscillation Period of Double Pendulum l = Length g = Gravitational Acceleration

Rankine-Hugoniot Shock Pressure Relation Calculator

Apr 25, 2024
PHYSICS

Rankine-Hugoniot Shock Pressure Relation Calculator Ratio of Specific Heats Mach Number Pressure Ratio: {{pressureRatioResult() | number:4}} Formula: p2 / p1 = (2γM12 - (γ-1) ) / (γ+1) Where, p2 / p1 = Rankine-Hugoniot Relation of Pressure p1 = Initial Pressure p2 = Final Pressure γ = Ratio of Specific Heats M1 = Mach Number

Speed of Longitudinal Wave in a Thin Circular Rod Calculator

Apr 25, 2024
PHYSICS

Calculate the Speed of Longitudinal Wave in a Thin Circular Rod Bulk Modulus Density Speed of Longitudinal Wave: {{longitudinalWaveSpeedResult()}} Formula: vl = (E / ρ)1/2 Where, vl = Speed of Longitudinal Wave E = Young Modulus ρ = Density

Speed of Transverse Wave in a Thin Circular Rod Calculator

Apr 25, 2024
PHYSICS

Calculate the Speed of Transverse Wave in a Thin Circular Rod. Wave Number Rod Radius Young Modulus Density Speed of Transverse Wave: {{transverseSpeedThinCircularResult()}} Formula: vt = (ka / 2) [E / ρ]1/2 Where, vt = Speed of Transverse Wave k = Wave Number a = Rod Radius E = Young Modulus ρ = Density

Spherical Adiabatic Shock Radius Calculator

Apr 25, 2024
PHYSICS

Spherical Adiabatic Shock Radius Calculator Energy Release Time Density of Undisturbed Medium Shock Radius: {{shockRadiusResult() | number:4}} Formula: r ≈ (Et2 / ρo)1/5 Where, r = Shock Radius E = Energy Release t = Time ρo = Density of Undisturbed Medium

Terminal Velocity Calculator

Apr 25, 2024
PHYSICS

Terminal Velocity Calculator Use Terminal Velocity (Maximum Falling Speed) calculator to calculate maximum falling speed of an object for given mass of the falling object,acceleration due to gravity,density of fluid ,projected area of the object and drag coefficient. Terminal Velocity Calculator - Maximum Falling Speed of an Object Mass of the Falling Object Acceleration Due to Gravity Density of Fluid Projected Area of the Object Drag Coefficient Terminal Velocity: {{terminalVelocityResult() | number:4}} Termninal Velocity Formula: Vt = √ ((2 x m x g) / (ρ x A x Cd)) Where,

Torsional Rigidity of Long Flat Ribbon Calculator

Apr 25, 2024
PHYSICS

Calculate Torsional Stiffness of Long Flat Ribbon Shear Modulus Cross Sectional Width" Wall Thickness Torsional Rigidity: {{torsionalRigidityResult()}} Formula: C = (1/3) * (μwt3) Where, C = Torsional Rigidity or Stiffness μ = Shear Modulus w = Cross Sectional Width t = Wall Thickness

Twisting Couple on a Homogenous Rod Calculator

Apr 25, 2024
PHYSICS

Calculate Twisting Couple for a Homogenous Rod Torsional Rigidity Twist Angle Rod Length Twisting Couple: {{twistingCoupleResult()}} Formula: G = C*(Φ / l) Where, G = Twisting Couple C = Torsional Rigidity Φ = Twist Angle l = Rod Length

Wavelength Calculator for Kelvin Wedge in Shock Waves

Apr 25, 2024
PHYSICS

Wavelength Calculator for Kelvin Wedge in Shock Waves Body Speed (vb) Gravitational Acceleration Characteristic Wavelength: {{wavelengthKelvinWedgeResult() | number:4}} Formula: λk = (4π vb2) / (3g) Where, λk = Characteristic Wavelength vb = Body Speed g = Gravitational Acceleration

Young Modulus of Isotropic Elastic Solids Calculator

Apr 25, 2024
PHYSICS

Young Modulus of Isotropic Elastic Solids Calculator Lame Coefficient Bulk Modulus Young Modulus: {{youngModulusResult() | number:4}} Formula: E = 9μK / (μ+3K) Where, E = Young Modulus of Isotropic Elastic Solids μ = Lame Coefficient K = Bulk Modulus