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Consider two conducting plates of infinite extent, one plate at z = 0 and the other at z= L , both parallel to the xy plane. The vector and the scalar potential in the region between the plates is given by A(r.t)= A,cosot (kz + a)cos (ket) and ø(r,t)=0. Choose the condition which represents a standing wave in the empty region between the plates. (a) k= and a=0 L 27 (b) k =: and a L (c) k = and a 2L (d) k = and a=0 2L ||

Consider two conducting plates of infinite extent, one plate at z = 0 and the other at z= L , both parallel to the xy plane. The vector and the scalar potential in the region between the plates is given by A(r.t)= A,cosot (kz + a)cos (ket) and ø(r,t)=0. Choose the condition which represents a standing wave in the empty region between the plates. (a) k= and a=0 L 27 (b) k =: and a L (c) k = and a 2L (d) k = and a=0 2L ||

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Consider two conducting plates of infinite extent, one plate at z = 0 and the other at z= L , both parallel to the xy plane. The vector and the scalar potential in the region between the plates is given by A(r.t)= A,cosot (kz + a)cos (ket) and ø(r,t)=0. Choose the condition which represents a standing wave in the empty region between the plates. (a) k= and a=0 L 27 (b) k =: and a L (c) k = and a 2L (d) k = and a=0 2L ||
Transcribed Image Text:Consider two conducting plates of infinite extent, one plate at z = 0 and the other at z= L , both parallel to the xy plane. The vector and the scalar potential in the region between the plates is given by A(r.t)= A,cosot (kz + a)cos (ket) and ø(r,t)=0. Choose the condition which represents a standing wave in the empty region between the plates. (a) k= and a=0 L 27 (b) k =: and a L (c) k = and a 2L (d) k = and a=0 2L ||
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