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At time t = 0, an electron accelerates very briefly in the direction having an angle 0.3rad with the +x-axis. The magnitude of its acceleration is 6 x 10⁹ m/s². An electric/magnetic field detector is placed at location A, 16 meters from the electron, as shown in the diagram. At what time t₁ does the detector at A first detect radiative electric and magnetic fields? S Calculate the radiative component of the electric field detected at location A at time t₁ due to the accelerated electron. E₂ =

At time t = 0, an electron accelerates very briefly in the direction having an angle 0.3rad with the +x-axis. The magnitude of its acceleration is 6 x 10⁹ m/s². An electric/magnetic field detector is placed at location A, 16 meters from the electron, as shown in the diagram. At what time t₁ does the detector at A first detect radiative electric and magnetic fields? S Calculate the radiative component of the electric field detected at location A at time t₁ due to the accelerated electron. E₂ =

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It doesnt't show in the picture, but can you also calculate By,Bx

L. X Ex Z = At time t 0, an electron accelerates very briefly in the direction having an angle 0.3rad with the +x-axis. The magnitude of its acceleration is 6 × 10⁹ m/s². An electric/magnetic field detector is placed at location A, 16 meters from the electron, as shown in the diagram. At what time t₁ does the detector at A first detect radiative electric and magnetic fields? A = a Calculate the radiative component of the electric field detected at location A at time t₁ due to the accelerated electron. S V/m
Transcribed Image Text:L. X Ex Z = At time t 0, an electron accelerates very briefly in the direction having an angle 0.3rad with the +x-axis. The magnitude of its acceleration is 6 × 10⁹ m/s². An electric/magnetic field detector is placed at location A, 16 meters from the electron, as shown in the diagram. At what time t₁ does the detector at A first detect radiative electric and magnetic fields? A = a Calculate the radiative component of the electric field detected at location A at time t₁ due to the accelerated electron. S V/m
Ex Ey Ez || Bx B₁ = || Calculate the radiative component of the magnetic field detected at location A at time t₁ due to the accelerated electron. = || V/m = V/m V/m V/m
Transcribed Image Text:Ex Ey Ez || Bx B₁ = || Calculate the radiative component of the magnetic field detected at location A at time t₁ due to the accelerated electron. = || V/m = V/m V/m V/m
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