what is the difference and similarity between experimental probability and theoretical probability?

Answer 1

Experimental probability is the probability of an event or result determined by numerous tests and their averages.

Theoretical probability is the probability of an event or result determined by math, normally through a series of equations or one rather long one.

Answer 2

in case you have a gadget to illustrate the place marbles can collapse with the aid of many pegs the place the marble can deflect precise or left ast each and each peg it's going to be possible to calculate the place the marbles will land (theoretical) or the gadget could properly be build and the consequence desperate by truthfully attempting out (experimental). you could the two build an truthfully type or devise a mathematical type.

Answer 3

A theoretical probability could be zero: A forbidden transition.

But if you observe it a gazillion times, as in phosphorescence and the color of aqueous transition metal solutions, you see it all the time. Phosphorescent materials are constantly absorbing light, their excited electrons changing spins, and then waiting hours before the electrons change spins again and descend to ground. This is why things "glow in the dark." It is common knowledge that water solutions of copper(II), Ni(II), Co(II), Cr(III), and Mn(II) are colored, despite the fact that the d-d electron transitions of these species are symmetry-forbidden.