[terycarl]

Object A travels the speed of light towards object B. At the same time object C travels the speed of light in the opposite direction away from B, how fast is object C moving in relation to object A?

speed of C = speed of A ie:C&A are maintaining the same distance between themselves....B just happen to be between them

[terycarl]

speed of C = speed of A ie:C&A are maintaining the same distance between themselves....B just happen to be between them

after rethinking my answer, i further propose a new problem...B is s stationary object....A moves away at the speed of light, C moves away in the opposite direction at the speed of light....now what is the relationship between objects.

if fact, if the "big Bang" theory is correct....there is matter traveling in opposite directions.....therefore, if you are going 1/2 the speed of light north, and I am going 1/2 the speed of light south....we could never see each other. ever

[thackney]

speed of C = speed of A ie:C&A are maintaining the same distance between themselves.

No, I was trying to describe:

< < < A < < < - - - B - - - > > > C > > >

A and C are moving in opposite directions, each moving away from B at the speed of light. It has been a few decades since I had quantum mechanics.