My lord... this has been answered so many times....But you are avoiding the fact that by reversing the observer at rest's view the problem is negated. There is no net affect in physical reality.
*serenity now* *serenity now*
My lord... this has been answered so many times....But you are avoiding the fact that by reversing the observer at rest's view the problem is negated. There is no net affect in physical reality.
Pete said:You keep saying so, but can't prove it...
Can you say AD HOC FIAT???
Pete said:Are you sure?
Don't forget that D, E, and A are all stationary with respect to each other. They could be rigidly connected.
Imagine that they are connected by a long rod, and think it through again.
Pete said:In this diagram, who's perception do you think is reperesented, and exactly how do you think it is distorted?
<img src="/attachment.php?attachmentid=3349&stc=1">
It isn't A's perception... All that A has perceived so far is that it emitted a light flash. A has yet to receive any information from B.
So who's perception do you think is shown? Is it a perception-based diagram at all??
Persol said:What a dumbass. At the velocities we travel the change is minimal.
You stated that we should have measured some change in F with regard to the quasar. This is impossible, as we are not in the quasar's frame of reference, but a frame extremely similar to whatever we are measuring.
Persol said:My lord... this has been answered so many times....
*serenity now* *serenity now*
You are showing your small level of undetrstanding now.MacM said:So in your limited intelligence Relativity only affects things physically if we specifically look at them and claim a given frame of referance?
Do you not think that the Quasar material is moving relative to your car or bowling ball if you are not lookiing at it. LOL
Persol said:You are showing your small level of undetrstanding now.
It matters not what is moving realtive to my reference frame (except for gravity/etc). Actions within my reference frame (aka: driving a car) do not change.
Pete said:I'm sorry, Mac.
I can't continue this conversation politely.
Don't play dumb. Relativity is about relative time/space between two reference frames. Unless you meet/see the quasar you are none the wiser.MacM said:I hope all the readers are pickiung up on this claim. Relativity has no affect unless you specifiy a frame. Do I notice my car engine load up when I go up hill. It did so because it is physically real and affect my physics.
Stop lying. I'm giving you the benefit of the doubt by calling you a liar and not a dumbass.Any object whaving a relative velocity near the speed of light requires that for you to accelerate in that vector to apply substantially more energy.
In what reference frame? In the labs? No... nothing extra at all.The Quasar is the accelerator coils and frame - The lab. You in your car is the particle. Are you now saying that it takes your car no more energy to acclerate in that vector?
Don't be a liar AND a dumbass.Wake up you are on a collison course with the claims of Relativity here.
Pete said:Thanks Mac, but:
1) Your opinion on how well I have addressed the situation holds very little weight for me.
2) You don't understand the clear answers provided for you.
3) You don't even understand that you don't understand - that's why you keep denying it.
4) I understand that you will hold that I don't understand - but see point 1.
Persol said:Don't play dumb. Relativity is about relative time/space between two reference frames. Unless you meet/see the quasar you are none the wiser.
Stop lying. I'm giving you the benefit of the doubt by calling you a liar and not a dumbass.
In what reference frame? In the labs? No... nothing extra at all.
Don't be a liar AND a dumbass.
that's not what I said dumbass. Please tell me how you can observe the effects of relativity without using at least two frames of reference?You have to be kidding. You cannot be this niave. You actually believe something that is claimed to have a physical affect only has that affect if we first address it?
My god man. Have you EVER looked beyond this forum in an attempt to educate yourself about relativity? I could care less if the entire universe is flying towards your planet .9999^99999 c. Within your reference frame you can tell no difference. Any object you are observing/interacting with is relative to your reference frame (AKA: your planet) and not the rest of the universe. You will not see the car require more energy because you are observing it from your reference frame, not from the thing approaching at near the speed of light. As you said 'it is all about relative velocity'.What about calling the Quasar ejecta the coil and acclerator the frame in a lab and you and your car a particle do you not grasp. It is all about relative velocity.
Perhaps you should run a pollMacM said:So be it. Let the readers decide.
Persol said:that's not what I said dumbass. Please tell me how you can observe the effects of relativity without using at least two frames of reference?
My god man. Have you EVER looked beyond this forum in an attempt to educate yourself about relativity?
I could care less if the entire universe is flying towards your planet .9999^99999 c. Within your reference frame you can tell no difference. Any object you are observing/interacting with is relative to your reference frame (AKA: your planet) and not the rest of the universe. You will not see the car require more energy because you are observing it from your reference frame, not from the thing approaching at near the speed of light. As you said 'it is all about relative velocity'.
Either show us where your claims are based on relativty, or admit that you have no fucking clue what you are talking about.
JamesR already pointed out your F=ma problem, and your failure to grasp the meaning of 'relative' is stupifying.
Pete said:Perhaps you should run a poll