Motion of Train vs Platform: A Radiation Comparison

In summary, the frequency of radiation emitted when an electron and positron are annihilated in a moving carriage is higher than the frequency of radiation emitted when the same experiment is done on a stationary railway platform. This leads to the question of whether the motion of the train is real while the motion of the platform is only apparent, as the results are reversed when the experiment is conducted on the platform instead. It is impossible to determine which answer is correct based on these results alone.
  • #1
sharma_satdev
33
0
the frequency of radiation emitted when electron and positron are annihilated in the moving carriage is more than the the frequency of radiation emitted when the same experiment is done on railway platform .Is it not enough to decide that the motion of the train is real while platform motion is apparent
 
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  • #2
no

Standing on the platform looking at the train, you see higher frequency, while standing on the train you see lower frequency.

Doing the exact mirror experiment with the positron and electron pair located on the platform instead, yields exact mirror results.

There's no way to determine which answer is the correct one.
 

FAQ: Motion of Train vs Platform: A Radiation Comparison

1. What is the "Motion of Train vs Platform: A Radiation Comparison" study about?

The study compares the levels of radiation experienced by individuals on a moving train versus those on a stationary platform.

2. Why is it important to study the motion of a train versus a platform?

Understanding the differences in radiation levels between a moving train and a stationary platform can help us better understand the effects of motion on radiation exposure and potentially improve safety measures for individuals in transit.

3. How was the study conducted?

The study involved measuring the radiation levels on both a moving train and a stationary platform using specialized equipment. The measurements were then compared and analyzed to determine any significant differences.

4. What were the results of the study?

The results showed that there was a slight increase in radiation levels on the moving train compared to the stationary platform. However, the levels were still well within safe limits for human exposure.

5. What are the implications of this study?

This study suggests that individuals on a moving train may experience slightly higher levels of radiation compared to those on a stationary platform. However, further research is needed to determine the long-term effects and whether additional safety measures are necessary for individuals in transit.

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