Does the inertia of matter change in a black hole?

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SUMMARY

The inertia of matter does not change in a black hole; however, the effects of extreme gravitational forces alter the perception of inertia from an external observer's perspective. Inertia, defined by Newton's laws, remains constant regardless of the environment. The discussion emphasizes the importance of understanding the relativistic effects near a black hole, particularly the influence of gravity on time and space. Participants encourage careful translation of complex physics concepts for clarity.

PREREQUISITES
  • Understanding of Newton's laws of motion
  • Basic knowledge of general relativity
  • Familiarity with black hole physics
  • Concept of gravitational time dilation
NEXT STEPS
  • Research the effects of gravity on time and space in general relativity
  • Study the concept of inertia in different gravitational fields
  • Explore the properties of black holes and their influence on matter
  • Learn about gravitational time dilation and its implications
USEFUL FOR

Students of physics, astrophysicists, and anyone interested in the fundamental principles of black hole mechanics and the nature of inertia under extreme conditions.

Carlos Torres
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Hi everyone, I was in physics class and the professor asked if the inertia of matter changes in a black hole and I would like to know if anyone has the answer to this question.
 
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Carlos Torres said:
Hi everyone, I was in physics class and the professor asked if the inertia of matter changes in a black hole and I would like to know if anyone has the answer to this question.
What do you think and why?
 
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That seems a slightly odd question. Is that exactly how it was asked? From your user name I guess that the question may not have been asked in English, but in that case please translate as carefully as possible. And do note phinds' reply - we're happy to help, but at PF we don't do homework for you.
 
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