is Schrödinger’s cat alive or dead🐈‍⬛

Nobody wants the sensible answer

Because it just makes the person saying it sound like they are trying to sound smart

Then making them sound cringe

So everyone would want them to keep taking to get laughs

I’m not a firm believer in religion or spiritual awareness, but I hope that the cat is happy.

This question was answered many time ago by Isaac Asimov.

What happens if an irresistible force acts on an irremovable object? 

 So we can do:

F = ∞
m  = ∞
Newton's Second Law
F=m.a
∞ = ∞. a
a = ∞/∞ 
a = indeterminate

State of the cat, before open the box is also indeterminate.

The Uncertainty Principle and Schroedinger's Cat
It is common to relate Schrodinger's cat thought experiment to Heisenberg's uncertainty principle, however, there is no direct relationship between them. First, Schrodinger's cat experiment was never carried out, as it is a paradoxical situation.

Schrodinger's cat experiment was proposed as a response to one of the probability-based interpretations of quantum mechanics known as the Copenhagen interpretation. According to it, the evolution of quantum systems depends on probabilities, so Schrodinger proposed a hypothetical situation in which a cat was locked inside a box completely isolated from the external environment. With the cat, there would be a radioactive atom that, if it suffered a decay, would trigger a mechanism capable of releasing poison inside the box, killing it.
For quantum mechanics, before carrying out the measurement to find out if the cat had died, the chances of the cat having died or being alive coexist, but also the combination of the two states, alive and dead.

The uncertainty principle relates to the ability to measure, with complete precision, quantities such as energy and time, or amount of movement and position. Although the name suggests an uncertainty in knowing the state of the cat inside the box, the two quantities are not related. Furthermore, the quantum phenomenon that explains the behavior of quantum states before they are measured is called wavefunction collapse.