SCIENCIBLE
Your science workspace

Welcome back, Explorer. What will you explore today?

Learn something new, build it in 3D, or go deep on a question — no science background required.

6
Channels
3
In progress
18
Saved
72%
Profile

Sciencible / workspaces

LABS

LABS / Virtual experiment bench

Project workspace

Draft stays in this tab until saved or exported

Sign in in another tab to save
Executable workspace tools

Laboratory / virtual instruments

Virtual experiment bench

Executable analytical models · no connected hardware

Pendulum dynamics

0 s
10°SCHEMATIC · Pendulum / Length scale / Virtual timer

Playback compresses the entire calculated trace into ten seconds; it is not a physical clock.

10051.50503.009-54.514-106.018Angle / degreesTime / s
Current model

Instrument settings

Period

2.0061 s

Frequency

0.4985 Hz

Investigation prompt

Double the length. Does the period double? Predict before comparing.

Model & assumptions

θ(t) = θ₀ cos(√(g/L)t); T = 2π√(L/g).

Small-angle, frictionless pendulum. No finite-amplitude or air-resistance corrections.

These are idealized, app-authored computational experiments. They do not certify apparatus, train hazardous procedures or generate evidence from the separate Reality runtime.

Carry this work into another arm

Save first. Transfers create a new linked draft, preserve compatible model inputs, repository records, source notes and research excerpts, and leave the source unchanged. LABS receives proposed protocol fields for your review.

Save to continue in PYSTEPSave to continue in FINANCESave to continue in FRONTIER