All Geology Calculator Related Post

    Joint Spacing Calculator Bed Thickness (m): Number of Joints: Scanline Length (m): Calculate Joint Spacing About the Joint Spacing Calculator The Joint Spacing Calculator is a scientifically accurate tool designed to measure the spacing of joints in geological formations, critical for understanding rock fracture patterns in structural geology. This tool calculates average joint […]

    Fold Geometry Calculator Fold Axis Trend (degrees): Fold Axis Plunge (degrees): Interlimb Angle (degrees): Fold Type: SymmetricAsymmetric Calculate Fold Geometry About the Fold Geometry Calculator The Fold Geometry Calculator is a scientifically accurate tool designed to analyze the geometry of geological folds, critical for understanding rock deformation in structural geology. This tool calculates

    Strain Rate Calculator Velocity Gradient (m/s per m): Time Unit for Strain Rate: Per Second (s⁻¹)Per Year (yr⁻¹) Calculate Strain Rate About the Strain Rate Calculator The Strain Rate Calculator is a scientifically accurate tool designed to compute strain rates in geological materials, crucial for understanding rock deformation in geophysical studies. This tool

    Stress Tensor Calculator Normal Stress σxx (MPa): Normal Stress σyy (MPa): Normal Stress σzz (MPa): Shear Stress σxy (MPa): Shear Stress σxz (MPa): Shear Stress σyz (MPa): Calculate Principal Stresses About the Stress Tensor Calculator The Stress Tensor Calculator is a scientifically accurate tool designed to analyze stress tensors in geophysical and engineering

    Fault Plane Solution Calculator P-Axis Azimuth (degrees): P-Axis Plunge (degrees): T-Axis Azimuth (degrees): T-Axis Plunge (degrees): Calculate Fault Plane About the Fault Plane Solution Calculator The Fault Plane Solution Calculator is a scientifically accurate tool designed to analyze earthquake fault planes by calculating focal mechanisms based on seismic data. This tool uses the

    Potassium-Argon Dating Calculator K-40/Ar-40 Ratio: Calculate Age About the Potassium-Argon Dating Calculator The Potassium-Argon Dating Calculator is a scientifically accurate tool designed to estimate the age of volcanic rocks and minerals using the principles of potassium-argon (K-Ar) dating. This method measures the decay of radioactive potassium-40 (K-40) into argon-40 (Ar-40), a stable gas,

    Uranium-Lead Dating Calculator U-238/Pb-206 Ratio: U-235/Pb-207 Ratio: Calculate Age About the Uranium-Lead Dating Calculator The Uranium-Lead Dating Calculator is a scientifically accurate tool designed to estimate the age of rocks and minerals using the principles of uranium-lead (U-Pb) dating. This method, one of the most reliable in geochronology, measures the decay of uranium

    Carbon Dating Calculator Current C-14/C-12 Ratio (as fraction of modern standard): Calculate Age About the Carbon Dating Calculator The Carbon Dating Calculator is a scientifically accurate tool designed to estimate the age of organic materials based on the principles of radiocarbon dating. This method, developed by Willard Libby in the 1940s, relies on

    Radiometric Dating Calculator Select Isotope: Carbon-14 (5730 years)Uranium-238 (4.468 billion years)Potassium-40 (1.251 billion years)Custom Half-Life Custom Half-Life (years): Parent Isotope Amount (grams): Daughter Isotope Amount (grams): Calculate About the Radiometric Dating Calculator The Radiometric Dating Calculator is a specialized tool designed to determine the age of geological or archaeological samples based on radioactive

    Isotope Decay Calculator Select Isotope: Carbon-14 (5730 years)Uranium-238 (4.468 billion years)Potassium-40 (1.251 billion years)Custom Half-Life Custom Half-Life (years): Initial Amount (grams): Time Elapsed (years): Initial Activity (Bq, optional): Calculate About the Isotope Decay Calculator The Isotope Decay Calculator is a specialized tool designed to compute key parameters of radioactive decay, including the remaining