Virtual Booth

This experiment investigates the relationship between an object's height and its stability by measuring the time taken for objects of varying heights to topple. Three objects (P, Q, R) with different heights were tested, with Object R (shortest) showing the longest toppling time due to its lower center of gravity, enhancing stability. The results showed that when height increases, stability decreases, supporting the hypothesis. Controlled variables included base area, shape, and object type. Results demonstrated that shorter objects with lower centers of gravity are more stable, aligning with principles of weight distribution. The study highlights the importance of center of gravity in determining structural stability, with practical implications for design and engineering.