Classical objects are made up of quantum objects, but the behavior of classical objects is dictated by the laws of classical mechanics, which are deterministic and do not allow for superposition or entanglement. In classical mechanics, the position and velocity of an object are precisely defined and can be determined independently of each other. This is because classical objects are much larger than the scale at which quantum effects become significant, and so the quantum properties of individual particles are averaged out and do not play a significant role in the behavior of the system as a whole.

In contrast, quantum objects are subject to the laws of quantum mechanics, which allow for superposition and entanglement. The wave function of a quantum object describes the probabilities of finding the object in different states, and until a measurement is made, the object can exist in multiple states simultaneously. This is the source of the uncertainty and indeterminacy that is characteristic of quantum mechanics.

So while classical objects are ultimately made up of quantum objects, their behavior is governed by the laws of classical mechanics and not by quantum mechanics. This is why classical objects have definite properties, while quantum objects do not.
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