Why are objects with higher center of mass less stable?

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Objects with a higher center of mass are less stable because they require less force to tip them over, as the torque exerted is greater when the center of mass is elevated. Stability is compromised when the center of mass shifts outside the object's base, leading to a fall. The angle at which an object must be tilted to reach this tipping point is crucial in understanding its stability. Therefore, the design and shape of an object significantly influence its overall stability. Understanding these principles is essential for applications in engineering and design.
Simfish
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Is it because less force (from, say, potential objects that could tip the object) is required to exert the same amount of torque on objects with higher center of mass?
 
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An object falls over when the centre of mass moves outside the base.
Consider what angle you have to tilt a shape through to get to this state.
 

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