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PhysicsDock

Local-first physics tools hub

PhysicsDock

Fast, local-first physics calculators and visual labs.

Twelve browser-based tools for mechanics, electricity, uncertainty analysis, and classroom-ready visual explanations.

Category

Core Utilities

Core Utilities Basic

Physics Unit Converter

Convert physics units across mechanics, electricity, thermodynamics, and modern physics.

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Core Utilities Basic

Constants & Formula Lookup

Search constants and equations from mechanics, E&M, optics, thermo, and modern physics.

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Core Utilities Basic

Sig Figs + Uncertainty Rounding

Count significant figures, round measurements, and match uncertainty conventions.

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Category

Mechanics

Mechanics Intermediate

Kinematics Solver

Solve 1D constant-acceleration problems and show formula steps.

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Mechanics Intermediate

Work-Energy-Momentum Solver

Work through kinetic energy, momentum, impulse, springs, and power.

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Mechanics Intermediate

Projectile Motion Visualizer

Plot ideal projectile trajectories and inspect motion over time.

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Mechanics Intermediate

Free Body Diagram Sketcher

Draw clean SVG free-body diagrams and export them for class or lab work.

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Mechanics Intermediate

Inclined Plane Solver

Resolve forces, friction, and acceleration on a block on an incline.

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Category

Electricity & Fields

Electricity & Fields Basic

Ohm’s Law / Power Calculator

Solve DC voltage, current, resistance, power, and resistor helper problems.

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Electricity & Fields Intermediate

Coulomb Field Mapper

Visualize electric field vectors and potential from point charges.

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Category

Lab Tools

Lab Tools Intermediate

Error Propagation Workbench

Propagate experimental uncertainty with rule-based and general-expression modes.

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Lab Tools Intermediate

Data Fit + Uncertainty Lab

Fit linear data, inspect residuals, and report slope and intercept uncertainty.

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Trust Notes

What PhysicsDock does and does not do

PhysicsDock performs browser-based calculations and visualizations for common physics coursework and lab workflows.

It does not replace instructor guidance, lab-specific grading rules, engineering review, or professional judgment.

You should validate assumptions such as idealized motion, ignored correlations, and unit conventions before relying on a result.

FAQ

Common questions

Does PhysicsDock send my calculations to a server?

No. Calculations run in your browser. If you opt in, Google Analytics only measures general site traffic and never sends tool inputs.

Can I use these results directly in a graded lab or report?

Use them as a helper, then verify the formulas, rounding rules, and assumptions against your course or lab requirements.

How do I contact support?

Use any visible Email Us button on the site to contact support.