telstrarobs
New Member
- Joined
- Jul 30, 2011
- Messages
- 4
- Gender
- Male
- HSC
- N/A
I'm a bit unsure about this one, I was wondering what people thought the answer was?
Thanks
Thanks
It's just explaining it in terms of the relativity of simultaneity. Same sort of thing as the train-clock thing from Jacarada.I'm a bit unsure about this one, I was wondering what people thought the answer was?
Thanks
In my answer i referred to the simultaneity b/s i.e. events occurring in one frame of reference aren't always the same in another frame of reference ... I talked about time dilation aswell though.. moving clock moves slower than a stationary one i.e. on earth .. what was the answer suppose to be?It was simultaneity, practically exactly the same as the light activated doors in a train example but they mixed things up a bit. By using synchronised clocks they were trying to trick some people into thinking time dilation but that is not the case as that requires one of the clocks to be in the same reference frame as the observer.
Perhaps went one step too far with time dilation, the answer was simply to use the relativity of simultaneity and apply it to the diagramn, i.e. the external viewer sees the back clock activate first since c is a constant and the plane is travelling at a speed close to the speed of light. The regular b/sIn my answer i referred to the simultaneity b/s i.e. events occurring in one frame of reference aren't always the same in another frame of reference ... I talked about time dilation aswell though.. moving clock moves slower than a stationary one i.e. on earth .. what was the answer suppose to be?
Lol i even gave an example of it .. That's pretty much what i said though but explained through time dilation out of the 4 marks what am i expecting do you think ??Perhaps went one step too far with time dilation, the answer was simply to use the relativity of simultaneity and apply it to the diagramn, i.e. the external viewer sees the back clock activate first since c is a constant and the plane is travelling at a speed close to the speed of light. The regular b/s
It's easy to explain. As the ship travels right, and as the light is emitted, but before it hits the clock, the clock on the left has moved forward, reducing the distance. The clock on the right has moved forward, increasing the distance. v=d/t, so a larger distance means a larger time (v=c) so the clock on the left hits first.Lol i even gave an example of it .. That's pretty much what i said though but explained through time dilation out of the 4 marks what am i expecting do you think ??
It has nothing to do with dilation. They gave you a fast speed, because this concept only works at fast rates.From the rest frame on the ship, the constant velocity of 0.95c means that the result of the investigation are the same as if they were performed in any inertial frame of reference. However, since the earth is in relative motion to the investigation, you have to explain the relativity of simultaneity and quote the time dilation/length contraction formulae (why else would they give an exact velocity?) and also state that since the light is observed activating the clocks at different times, they won't be synchronised