You don't need an excuse. Nobody is suggesting that you should know this stuff.
What I'm suggesting is that, if you're going to get into exploring these ideas, then a decent grounding in basic science would be a very good basis on which to build. I might add, to the suggestions I've already made, some exploration of the philosophy that lies behind scientific thinking. Karl Popper is a good place to start - Google him.
And it's not about the mathematics - most people are happy to accept the maths in peer-reviewed papers on trust, and work with the conclusions reached thereby. My mathematics (A-level) is woefully short of enabling me to understand tensor calculus and the group theory based stuff that crops up in relativity theory, but I'm prepared to accept that Stephen Hawking (and those who review his papers) have a) got it right, and b) aren't pulling a fast one.
I could tell them Newton's gravitational law, Einsteins theory of relativity, etc, but without fully understanding it i feel ill equipped to do so. i could by a book and read it to them, but i still do not fully understand it myself.
But you'd understand it enough to tell them, and my guess is that, just in explaining it to them, you may have greater insights of your own.
If i try to understand the equations, i begin to question the method in how the scientist reached it. Then i snowball into a hundred thousand paths of theory with no real consolidated answers to give a child.
There are no "real consolidated answers", really. There are dominant theories (eg relativity), which have been proven to some degree by experimental observation (back to Popper), and there are theories (eg string, supersymmetry) which hold together on paper, but are rather more difficult to verify. That doesn't mean they're wrong, but they are more likely to be right than, say, a theory based on "wouldn't it be interesting if...?" with no maths, hypotheses, or prior theories on which it was based.
I started this thread asking if there was any info on "if the world was inside out."
Answer is, No not really.
I just heard Sir Brian Cox on the Shaun Keaveney breakfast show confirming my thoughts "there are no truths in science".
Philosophy of science again. I've heard Brian Cox speaking on "truth" before, and what he's almost certainly referring to is "truth" in the sense of some accepted version of events. When he says "there are no truths in science", what he's saying is that there is nothing that can be considered self-evidently true without it being necessary to demonstrate and prove that truth through experiment.
As an example, and at the risk of confusing the issue even further, there are some interesting lines of mathematical research into why 1+1=2 - something most of us would consider to be a self-evident truth, but which, to pure scientists, simply cannot be accepted without evidence (in this case, a mathematical proof) that it holds true for all cases.
Don't be discouraged. Newton said "I can see far only because I stand on the shoulders of giants" - OK, it was a pop at his notoriously short rival Hooke, but the point stands: no scientist can claim to have constructed a theory from first principles all the way through to the end. Each one builds on the work done by others, and relies on the scientific method to assure that that prior work is coherent and valid, without necessarily having to go back and prove
it from first principles. And all science is liable to revision. Newton's laws of motion, for example, turn out not to be entirely true: not that they're false, but they represent only the special case where objects are moving at extremely slow speeds in relation to the speed of light - it took 300 years and Einstein to refine those ideas and show how they change when you're talking about objects moving at appreciable fractions of lightspeed.