Isnt Special relativity theory only applicable to Inertial systems?so does not relate to General Relativity?

Question

Since General relativity deal basically in accelerated systems(Non Inertial)?

Answer 1

Actually, special relativity can deal with accelerated objects quite well. It was developed to work with electromagnetic forces afterall. It is also quite able to work with constant acceleration. But to develop the equivalence between gravity and acceleration requires the introductionof curved spacetime, which leads to general relativity.

Answer 2

"Which of Einsteins theories relates specially to the reality that the cost of light is the optimal velocity something can shuttle." Neither thought "relates" to something different than the regulations of physics. Maxwell's equations supply a a similar consistent velocity of light for all inertial observers, so if somebody observed you moving at c, there may be no EM binding forces to hold you mutually. comprehend that neither the specific or the familiar thought contraptions out that such shuttle is impossible as certainly one of its postulates. I concur with specific Relativity being the source of the cut back, by this equation for entire power: E^2 = (computing device)^2 + (mc^2)^2 ... the place p is a vector, relativistic momentum, a term that techniques infinity as v -> c

Answer 3

The classic problem is throwing a stick through a barn door at some velocity near the speed of light and determining how much of the stick is in the barn at some reference point - I hated those problems in Modern Physics even though I got them correct after a while.

Answer 4

THOR says "The only way top accelerate anything is to belt it with mine mighty hammer, Einstein was afraid of this so made up some stuff there everyone fell for"

Answer 5

You tell us