As measured by O, a flashbulk goes off at x = 100 km, y = 10 km, z = 1 km at t = 5 x 104s. Using both Lorentz and Galileån coordinates transformation, • calculate the x', y, z'and t' of the events as determined by the observer O' moving at velocity - 0.8 c relative to O along the common x-x' axis. . If observer O' moving at velocity 100 km/h relative to O, calculate the x', y', z' and t' of the events.
As measured by O, a flashbulk goes off at x = 100 km, y = 10 km, z = 1 km at t = 5 x 104s. Using both Lorentz and Galileån coordinates transformation, • calculate the x', y, z'and t' of the events as determined by the observer O' moving at velocity - 0.8 c relative to O along the common x-x' axis. . If observer O' moving at velocity 100 km/h relative to O, calculate the x', y', z' and t' of the events.
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Transcribed Image Text:As measured by O, a flashbulk goes off at x = 100 km, y = 10 km, z = 1 km at t = 5 x 104s.
Using both Lorentz and Galileån coordinates transformation,
• calculate the x', y, z'and t' of the events as determined by the observer O' moving at
velocity - 0.8 c relative to O along the common x-x' axis.
. If observer O' moving at velocity 100 km/h relative to O, calculate the x', y', z' and t' of the
events.
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