Understanding Time Dilation: Exploring Relativity in Physics

In summary, the conversation is discussing a question about the time interval between two events in different frames, specifically in the context of a muon created at a high altitude and decaying at sea-level. The question asks in which situation the time interval in one frame is equal to the Lorenz Factor multiplied by the time interval in the other frame. The conversation also touches on the difficulty in understanding this topic and suggests seeking help from a textbook or teacher.
  • #1
trevorr93
5
0

Homework Statement



In which of the following situations is the time interval between the two events in one frame equal to (LORENZ FACTOR (special y symbol)) multiplied by the time interval in the other frame. explain briefly.

a) A muon is created (event #1) high in Earth's atmosphere and decays (event #2) at sea-level. The frames are the muon and the earth.

Can someone please explain this question and this topic in general? I am finding the readings very hard to understand.

Thanks
 
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  • #2
Hmm, I don't think this forum is meant for explaining physics, which may be why you haven't gotten any replies yet.

Usually, someone learns the physics, then when they are set a problem, they do the problem, and show their working on this forum if they think they have gone wrong.

Have you learned enough to give the question an attempt? By the sounds of the post, I'd guess you're not there yet. Are you learning relativity in college or something? Do you have a textbook?
 
  • #3
it's his stinkin isu for grade 12 physics. we are given a booklet with a few examples but its really complicated stuff.
 

FAQ: Understanding Time Dilation: Exploring Relativity in Physics

What is relativity?

Relativity is a theory proposed by Albert Einstein in the early 20th century that explains the relationship between space and time, and how they are affected by the presence of matter and energy.

How does relativity relate to time dilation?

Relativity predicts that time will appear to pass slower for objects that are moving at high speeds or in the presence of strong gravitational fields. This phenomenon is known as time dilation.

Can you provide an example of time dilation in everyday life?

One example of time dilation is the fact that GPS satellites, which are moving at high speeds and are in a weaker gravitational field than Earth, experience time dilation. This has to be taken into account in order for the GPS system to function accurately.

Is time dilation a proven concept?

Yes, time dilation has been proven through various experiments and observations. One famous example is the Hafele-Keating experiment in 1971, where atomic clocks flown around the world on commercial airliners showed a slight difference in time compared to stationary clocks on the ground.

How does time dilation affect our perception of time?

Time dilation can cause time to appear to pass slower for one observer compared to another, depending on their relative speeds and positions in space. This can lead to differences in perception of time, but in everyday life, these effects are extremely small and not noticeable.

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