41. In vacuum in the absence of currents an electric field varies as E = (y + t) ux where y and are constant (with the appropriate size). Which of the following statements is false for the magnetic field B generated by E? x=GμAnd Field B is irrotational y The rotor of field B is parallel to ux The rotor of field B is independent of t • Field B is solenoidal X St E & dependent
41. In vacuum in the absence of currents an electric field varies as E = (y + t) ux where y and are constant (with the appropriate size). Which of the following statements is false for the magnetic field B generated by E? x=GμAnd Field B is irrotational y The rotor of field B is parallel to ux The rotor of field B is independent of t • Field B is solenoidal X St E & dependent
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Transcribed Image Text:41. In vacuum in the absence of currents an electric field varies as E = (y + t) ux where y and are constant (with the appropriate size). Which of
the following statements is false for the magnetic field B generated by E?
Field B is irrotational y
The rotor of field B is parallel to ux
The rotor of field B is independent of t
• Field B is solenoidal
GμAndE
x = 0 € depdaddon't
St
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