The electric field in a plane electromagnetic wave is given by Ez = 60 cos (5x + 1.5 × 109 t) V/m. T
The electric field in a plane electromagnetic wave is given by Ez = 60 cos (5x + 1.5 × 109 t) V/m.
Then expression for the corresponding magnetic field is (here subscripts denote the direction of the field) :
(1) By = 2 × 10-7 cos (5x + 1.5 × 109t) T
(2) Bx = 2 × 10-7 cos (5x + 1.5 × 109t) T
(3) Bz = 60 cos (5x + 1.5 × 109t) T
(4) By = 60 sin (5x + 1.5 × 109t) T
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Видео The electric field in a plane electromagnetic wave is given by Ez = 60 cos (5x + 1.5 × 109 t) V/m. T канала Arun Joshi Physics
Then expression for the corresponding magnetic field is (here subscripts denote the direction of the field) :
(1) By = 2 × 10-7 cos (5x + 1.5 × 109t) T
(2) Bx = 2 × 10-7 cos (5x + 1.5 × 109t) T
(3) Bz = 60 cos (5x + 1.5 × 109t) T
(4) By = 60 sin (5x + 1.5 × 109t) T
NEET 2025 PHYSICS PAPER SOLUTION | NEET PHYSICS ANSWER KEY | COMPLETE NEET PHYSICS PAPER ANALYSIS
Detailed step-by-step solutions NEET 2025 , Answer key with explanations
NEET 2025 Physics Paper Discussion
download paper pdf NEET 2025 at
https://edutechjaipur.com/
Видео The electric field in a plane electromagnetic wave is given by Ez = 60 cos (5x + 1.5 × 109 t) V/m. T канала Arun Joshi Physics
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5 мая 2025 г. 17:52:38
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