But two different time dialation can exist on one object.A object can go faster upwards than it is going forwards.This would
mean it would have to exist in the future and the past simultaneously.
This would mean it would have to exist in the future and the past simultaneously.
Wrong again. Any object only has a single velocity vector. What you are talking about are the scalar components of the total velocity vector. That does not make the scalar components two different velocity vectors. At best, all you can do is change the reference point (reference frame) that you are measuring its velocity vector within. But that is just a change of reference, it is not allowing for a second, unique velocity vector.The object would have two velocity vectors.
Airplains go upwards and forwards all the time.
But two different time dialation can exist on one object.A object can go faster upwards than it is going forwards.This would
mean it would have to exist in the future and the past simultaneously.
So the test has not been done to measure the time dialation of a object going up and forwards at two different speeds.Measuring the speed and time dialation of the object with two machines on the ground.
You could measure the speed of the object as it goes up.While also measuring the speed of the object as it goes forward.If you have two devices on the ground you could do it?
So you are saying one of the devices would not measure time dialation.But the other device would measure time dialation.
Sorry that really seems wrong to me.
The universe does not work that way.Things are logically consistent.
So the test has not been done to measure the time dialation of a object going up and forwards at two different speeds.
That show you no one has consider the problem seriously and pondered it.
Jet engines on the bottom of a aircraft can make it go up and a jet engine on it's back can make it go forwards at the same time.
Someone on yahoo answers asked the question about two vector on one object and it was solved.This is what was typed.
Two vectors acting on a moving object that has a mass of 27kg.One force has a magnitude of 12 N and points due south, while the other force has a magnitude of 17N and points due west,find acceleration of the object?
ARJ WILLIAMS answered 3 years ago
net force = (-17,-12)
net force = mass * acceleration
(-17,-12) = 27 * (x-acceleration,y-acceleration)
(x-acceleration,y-acceleration) = (-17/27,-12/27) = (-0.629629629..., -0.444...)
angle of acceleration = tan^-1 (-0.444.../-0.629629...) = 35.21759 degrees below negative x-axis.
magnitude of acceleration = sqrt((-0.629629...)^2 + (-0.444...)^2) = 0.77069 (5dp)
So you are saying you can`t have a velocity vector for a object that is moving in some cases.
So you are saying you can`t have a velocity vector for a object that is moving in some cases.