Motor Daddy
Valued Senior Member
Forget about the z receiver for now. He can also use the receiver at the right end of the box, labelled "x", yes?
No!
Forget about the z receiver for now. He can also use the receiver at the right end of the box, labelled "x", yes?
Why not? I could do this example with z, but it'll be easier to illustrate if we just use the point at x. Is there a reason it wouldn't work in your setup?
If you are working in a 1 dimension problem and you knew the time to the x receiver then yes, the velocity of the train is v=(ct-l)/t. If you are working with a two dimensional problem then the 2D equation is required, in which you need to know the z time.
No, you're wrong, it doesn't matter one iota that this is a 2D problem if we only worry about the light reaching x. I can get the exact same result you did just by knowing the light pulse's arrival time at x, I don't need to know what happens at z. Do you disagree? It would be pretty sad if you didn't even understand your own model.
I can work with the z detector if you want, but you better understand I would get the same answer either way.
I understand my model, but I am placing control factors on your BS, and in order to eliminate your (Einstein's) BS I incorporated the z time, which is the 2D problem. I can go 3D if you choose, although it takes me considerable time and effort to do that. I created that 2D equation in order to dispel your BS, as you will soon find out!!!![]()
As you wish. So now we're switching to the detector at z, so be it. So if the pulse emitted by the light source at the center of the box is going to hit the z detector, that means that for the light hitting the detector, the x-component of its velocity, $$c_x$$, must be equal to the train's velocity, $$v_x$$, correct?
You're a f'n moron! Look at the diagram and understand it! Why should I have to walk you thru all the steps? Are you that f'n stupid?
Am I right or am I wrong? I want to make absolutely sure we agree on each step before continuing, that's how logical deduction proceeds.
If you think you can prove my 2D equation wrong go for it!! I double dog dare you!
I said nothing of the sort. Look at the diagram and look at the equations, and look at the numbers, ALL OF THEM! When you think you've found an error, post it!!!It would be my sincere pleasure. So you agree that for the portion of the light pulse hitting the detector at z, that portion of the light has horizontal velocity component $$c_x=v_x$$, right?
I said nothing of the sort. Look at the diagram and look at the equations, and look at the numbers, ALL OF THEM! When you think you have found an error post it!!!
If $$c_x\neq v_x$$ then the the light that's supposed to hit the z detector wouldn't be able to keep up with it along the x-axis, or it would go too far ahead. Therefore $$c_x=v_x$$ must automatically be true by virtue of the fact that the light is hitting z. Do you agree, or disagree?
No more free lessons for you! Work the numbers and see for yourself! You'll learn more that way instead of me having to walk you like a dog on a leash taking a shit! God you're pathetic!
Oh oh, Motor Daddy has a live one on the line!
CptBork is making too much sense and is actually paying attention - so Motor Daddy has already used his infamous "f'n moron" defense - now he has presented his rarely seen, "Double-Dog-Dare"!
Could this possibly portend that Motor Daddy is getting ready to "CUT BAIT", and scurry off to another thread!
I am walking through your argument to show where it's wrong.
DMOE, Don't you have anything better to do than commentate play by play a thread on the internet? Instead of being a spectator how about you look at the diagram and contribute something other than pure nonsense? Maybe then you will elevate your status above Dumbest Moron On Earth (DMOE)!