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the_truth
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Spaceships A and B synchronise their atomic clocks and then perform an activity
:Spaceship A accelerates to 0.9999 times the speed of light in relation to spaceship B. Time in spaceship A will be observed by spaceship B to be running slower by the factor
(Va^2/C^2)^-0.5=Tb/Ta
Where Tb/Ta is the ratio of Tb compared to Ta and Va is the velocity at which spaceship A has accelerated from B. In this case
Tb/Ta = 1.00010001, so time at spaceship B is going 1.00010001 times faster than time in spaceship A.
;Spaceship A flies to a black hole and is affected by an acceleration of 100000ms^-2 due to the force of gravity and spaceship B remains in negligible gravity.
Has anyone found out what Tb/Ta is in relation to gravity and can a simple simultaneous equation find out a relationship between Gravity and Velocity?
:Spaceship A accelerates to 0.9999 times the speed of light in relation to spaceship B. Time in spaceship A will be observed by spaceship B to be running slower by the factor
(Va^2/C^2)^-0.5=Tb/Ta
Where Tb/Ta is the ratio of Tb compared to Ta and Va is the velocity at which spaceship A has accelerated from B. In this case
Tb/Ta = 1.00010001, so time at spaceship B is going 1.00010001 times faster than time in spaceship A.
;Spaceship A flies to a black hole and is affected by an acceleration of 100000ms^-2 due to the force of gravity and spaceship B remains in negligible gravity.
Has anyone found out what Tb/Ta is in relation to gravity and can a simple simultaneous equation find out a relationship between Gravity and Velocity?