If an observer is moving along +y axis with speed v then write down the expression for the coordinates as measured by a stationary observer. Assume that stationary frame is S and moving frame is S'. Use t, æ, y, z as coordinates of S observer and t', x', y', z' as coordinates of S' observer. c for the speed of light. 'gamma' for Lorentz factor y. t'= x'= y'= z' =
If an observer is moving along +y axis with speed v then write down the expression for the coordinates as measured by a stationary observer. Assume that stationary frame is S and moving frame is S'. Use t, æ, y, z as coordinates of S observer and t', x', y', z' as coordinates of S' observer. c for the speed of light. 'gamma' for Lorentz factor y. t'= x'= y'= z' =
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![If an observer is moving along +y axis with speed v then write down the expression for the coordinates as measured by a stationary observer.
Assume that stationary frame is S and moving frame is S'.
Use t, x, y, z as coordinates of S observer and t', x', y', z' as coordinates of S' observer.
c for the speed of light.
'gamma' for Lorentz factor y.
t'=
x'=
y'=
z'=](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6943c094-28d1-4d20-abf4-3c87dc29664f%2Fc9afe549-8c1a-494f-9983-097710723166%2Favd85bk_processed.png&w=3840&q=75)
Transcribed Image Text:If an observer is moving along +y axis with speed v then write down the expression for the coordinates as measured by a stationary observer.
Assume that stationary frame is S and moving frame is S'.
Use t, x, y, z as coordinates of S observer and t', x', y', z' as coordinates of S' observer.
c for the speed of light.
'gamma' for Lorentz factor y.
t'=
x'=
y'=
z'=
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