Which of the following statements best describes the behaviour of an object falling towards the Event Horizon of a Black Hole (according to an observer a long way from it)? O As gravity increases the falling object will not suffer any change in appearence or the progression of time. O As gravity increases the object's light will be compressed, leading to it looking bluer, with time appearing to passing more slowly for it. The falling object will appear to experience an increase in the rate of time, and it's colour will appear evermore red. As the falling object experiences ever stronger gravity, it will become redder and time will appear to pass more slowly for it.

icon
Related questions
Question
Which of the following statements best describes the behaviour of an object falling towards the Event Horizon of a Black Hole
(according to an observer a long way from it)?
As gravity increases the falling object will not suffer any change in appearence or the progression of time.
As gravity increases the object's light will be compressed, leading to it looking bluer, with time appearing to passing more slowly for it.
The falling object will appear to experience an increase in the rate of time, and it's colour will appear evermore red.
As the falling object experiences ever stronger gravity, it will become redder and time will appear to pass more slowly for it.
Transcribed Image Text:Which of the following statements best describes the behaviour of an object falling towards the Event Horizon of a Black Hole (according to an observer a long way from it)? As gravity increases the falling object will not suffer any change in appearence or the progression of time. As gravity increases the object's light will be compressed, leading to it looking bluer, with time appearing to passing more slowly for it. The falling object will appear to experience an increase in the rate of time, and it's colour will appear evermore red. As the falling object experiences ever stronger gravity, it will become redder and time will appear to pass more slowly for it.
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 2 steps

Blurred answer