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k Electromagnetic wave having magnetic field B(x, y, z,t) = B. sin [(x+y) √ + ok where k is wave vector. Calculate its electric field. k CB, sin [(x + y) +++ ox](²+²) cot (b) CB, sin[(x + y) * + ex ](¹+²) (c) cB, sin [(x+y)+ (a) cB + ex(i) (d) cB sin (x+y). [(x + y) √ / 2 + + cot

k Electromagnetic wave having magnetic field B(x, y, z,t) = B. sin [(x+y) √ + ok where k is wave vector. Calculate its electric field. k CB, sin [(x + y) +++ ox](²+²) cot (b) CB, sin[(x + y) * + ex ](¹+²) (c) cB, sin [(x+y)+ (a) cB + ex(i) (d) cB sin (x+y). [(x + y) √ / 2 + + cot

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Electromagnetic wave having magnetic field B(x, y, z,t) = B sin (x+y)- where k is wave vector. Calculate its electric field. k (a) cB, sin [(x + y) + cx √√2 √2 k (b) CB, sin [(x + y) + cx (2+1) √2 k (c) CB, sin [(x + y) +++ x] (7) = (d) CB, sin [(x + y) cB + + x3 k + cot k
Transcribed Image Text:Electromagnetic wave having magnetic field B(x, y, z,t) = B sin (x+y)- where k is wave vector. Calculate its electric field. k (a) cB, sin [(x + y) + cx √√2 √2 k (b) CB, sin [(x + y) + cx (2+1) √2 k (c) CB, sin [(x + y) +++ x] (7) = (d) CB, sin [(x + y) cB + + x3 k + cot k
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