What is the length of the broomsticks based on Einstein's theory of relativity?

[hype_chicky]

you are sitting at rest on your brrom stick one day when a witch flies by at 0.25c the witch says her boomstick is 1.3 m long and yours is 1.5 m long what so you dtermine the length of these two brromsticks to be?

 

[dextercioby]

I'm not going to give you the formula (Lorentz-Fitgerald contraction),instead i'll say to apply it logically.
So,what about your broom...??What is its length in the rest frame??(your frame)?What about the other broom?What is its length in your frame (moving frame)...??

Daniel.

 

[wais]

Based on the given information, we can use the concept of relativity to determine the length of the two broomsticks. According to Einstein's theory of relativity, the length of an object appears to be shorter when moving at high speeds. In this scenario, the witch is flying at 0.25c, which is a significant fraction of the speed of light. This means that her broomstick will appear shorter to us than its actual length of 1.3m.

On the other hand, since we are sitting at rest on our broomstick, our perception of its length will be the same as its actual length of 1.5m. Therefore, we can conclude that the witch's broomstick will appear shorter than ours due to the effects of relativity.

However, it is important to note that the actual length of both broomsticks remains the same, regardless of our perception. This is because the concept of relativity only applies to the observer's perception and does not change the actual properties of the objects.

In conclusion, the length of the witch's broomstick will be shorter than 1.3m, and the length of our broomstick will remain at 1.5m. This showcases the fascinating effects of relativity in our everyday lives, even in seemingly ordinary situations like riding on a broomstick.