Relative to reference frame 1, reference frame 2 moves with speed v in the negative x direction. When the origins of the two frames coincide the clocks in both frames are set to zero. An event occurs at coordinate x₁ and time t₁ as measured in reference frame 1 and at coordinate x₂ and time t₂ as measured in frame 2. If $Relative to reference frame 1, reference frame 2 moves with speed v in the negative x direction. When the origins of the two frames coincide the clocks in both frames are set to zero. An event occurs at coordinate x1 and time t1 as measured in reference frame 1 and at coordinate x2 and time t2 as measured in frame 2. If , then the coordinates and times of the event are related by: A) x2 = \gamma [x1 - vt1] and t2 = \gamma [t1 - vx1 / c2] B) x2 = \gamma [x1 - vt1] and t2 = \gamma [t1 + vx1 / c2] C) x2 = \gamma [x1 + vt1] and t2 = \gamma [t1 - vx1 / c2] D) x2 = \gamma [x1 + vt1] and t2 = \gamma [t1 + vx1 / c2] E) none of the above are correct$ , then the coordinates and times of the event are related by:
A) x₂ =

\gamma

[x₁ - vt₁] and t₂ =

\gamma

[t₁ - vx₁ / c²]
B) x₂ =

\gamma

[x₁ - vt₁] and t₂ =

\gamma

[t₁ + vx₁ / c²]
C) x₂ =

\gamma

[x₁ + vt₁] and t₂ =

\gamma

[t₁ - vx₁ / c²]
D) x₂ =

\gamma

[x₁ + vt₁] and t₂ =

\gamma

[t₁ + vx₁ / c²]
E) none of the above are correct

The Velocity of an Electron Is Changed from C/2 in the -X

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