Save / load workspace

Save your lab results on this server for 48 hours. Use the token to continue on another device. Anyone who knows the token can open your workspace.

Save workspace

A name is required when you first save and is then permanently bound to this workspace. Task values, entries and progress are saved together.

Load workspace

New workspace

Start with empty results and a name of your choice. Previously saved tokens remain valid until they expire. Unsaved changes in this tab will be discarded.

Saving also transfers any included measurement files and analysis videos to this server. Running simulations are saved as a set of results and displayed in a paused state when loaded.

Physics Laboratory

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Optics, vibrations and pendulums - record measured values, calculate regression and create reports.

Introduction physics laboratory

Available

Interactive introduction to record keeping and error calculation for the physics laboratory.

To e-learning

V60 – Lens experiment

Available

Focal lengths of two thin lenses and the chromatic aberration: lens A by linear regression from object and image distance, lens B by the Bessel method.

Theoretical foundations Open experiment
0 5 10 15 20 200g

V05 - spring-mass oscillator (static)

Available

Static determination of the spring constant by measuring the deflection produced by different masses (Hooke's law).

Theoretical foundations Open experiment
0 5 10 15 20 Balance position 50g

V05 - spring-mass oscillator (dynamic)

Available

Dynamic determination of the spring constant by measurement of the period of harmonic oscillations at different masses.

Theoretical foundations Open experiment
S

V11 - physical pendulum

Available

Determination of the acceleration of gravity by measurement the period of oscillation of a physical pendulum at different suspension points.

Theoretical foundations Open experiment
Restoration 0°10°20°30°40°40°30°20°10°

V07 - parallel-axis theorem

Available

Determination of moments of inertia on a rotating pendulum: The parallel-axis theorem is verified using linear regression from the period of oscillation at different distances from an additional weight and the inherent moment of inertia of an inhomogeneous body is determined.

Theoretical foundations Open experiment