Simple Pendulum Experiment designed to go past 90 degrees，engineered to visualize the specialized apparatus for studying pendulum motion beyond the small-angle approximation (exceeding 90°). Unlike traditional pendulum setups limited to small angles, this configuration uses a rigid 0.6mm steel rod (fixed by clamps on a dual support stand) to safely sustain large angular displacements, paired with a protractor for precise angle measurement, a 30cm ruler for length calibration, and two 50g weights as the pendulum bob. A camera mounted on a tripod captures motion data, enabling analysis of nonlinear oscillation effects, energy transfer, and deviations from simple harmonic motion at extreme angles—critical for advanced physics education and research.This template is a scientific lab apparatus diagram/experimental setup schematic, featuring precise component labeling, clear structural layout, and annotations tailored to large-angle pendulum studies. It is ideal for physics educators, advanced high school/college students, mechanical engineering researchers, lab technicians, and STEM content creators. It can be used to design advanced physics lab curricula, prepare nonlinear dynamics lecture materials, standardize experimental procedures for large-angle pendulum studies, create technical papers on oscillatory motion, and develop STEM outreach content on complex physical systems.
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