Final answer:
When a hemisphere and a cone with circular bases of equal circumference are connected, they will respond differently to a force applied to their sides. The hemisphere remains in equilibrium, while the cone falls due to the torque caused by the displacement of its center of gravity from its base.
Step-by-step explanation:
The subject of this question is Physics.
When a hemisphere and a cone with circular bases of equal circumference are connected at their bases, they form an interesting object. If a force is applied to the side of the hemisphere, it will remain in equilibrium because its center of gravity remains over its base. However, if the cone is displaced to the side, its center of gravity will drift from its base, causing it to accelerate and fall because of the torque.