Hard SR questions?

Ship (A) travel 0.99c approaching earth.
At a distance of 300 000 km as seen from planet (B) inertial frame the
ship start a framed TV transmission.

The transmission is such that 60 frames will be sent from ship (A)
during the distance of 300 000 km relative earths inertial frame.

Now my question.

1. How long time will it take to travel to planet using (ship point of
view).
2. What is the framerate for the transmission within the ship.(ship
point of view)
3. How long will it take until the front of first frame is received at
planet.(planet point of view)
4. How long will it take until the ship pass planet.(planet point of
view)
(*5*) How long was the time span between the first and last
frame(planet point of view)

JT

.

Relevant Pages

  • Re: Hard SR questions?
    ... assumed the transmission is periodic, continuous, and the ... last frame is completed as A passes B. ... be sent from ship during the distance of ... planet using. ...
    (sci.physics.relativity)
  • Re: Hard SR questions?
    ... assumed the transmission is periodic, continuous, and the ... last frame is completed as A passes B. ... be sent from ship during the distance of ... planet using. ...
    (sci.physics.relativity)
  • Re: Hard SR questions?
    ... assumed the transmission is periodic, continuous, and the ... be sent from ship during the distance of ... 300 000 km relative earths inertial frame. ... checking to see if we get ship's gamma: ...
    (sci.physics.relativity)
  • Re: Hard SR questions?
    ... assumed the transmission is periodic, continuous, and the ... last frame is completed as A passes B. ... be sent from ship during the distance of ... planet using. ...
    (sci.physics.relativity)
  • Re: Squeezed TV transmissions from ship
    ... Of course the transmission from ship have alot higher framerate than ... the 60 hz within the inertial frame of planet, ... evenly distributed over space in inertial frame of planet. ...
    (sci.physics.relativity)