Magnetic flux density of the material when, E = 3Siny&amacr;x+4Cosz&amacr;y+ex&amacr;z is

Option B: −∫(4Sinz&amacr; x −e x &amacr; y −3Cos y&amacr; z )dt Explanation & Concepts: Practice and solve "Magnetic flux density of the material when, E = 3Siny&amacr;x+4Cosz&amacr;y+ex&amacr;z is..." for Electrical - Electromagnetics Field Theory . The correct answer is Option B: −∫(4Sinz&amacr;x−ex&amacr;y−3Cos y&amacr;z)dt. Detailed step-by-step solution, conceptual clarity, and formulas on Examoogle.

Option A: ∫(4Sinz&amacr;x−ex&amacr;y−3Cos y&amacr;z)dt

Option C: ∫(4Sinz&amacr;x−ex&amacr;y+3Cos y&amacr;z)dt

Option D: −∫(4Sinz&amacr;x+ex&amacr;y+3Cos y&amacr;z)dt

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Magnetic flux density of the material when, E = 3Sinyāx+4Coszāy+exāz is

∫(4Sinzāx−exāy−3Cos yāz)dt

−∫(4Sinzāx−exāy−3Cos yāz)dt

∫(4Sinzāx−exāy+3Cos yāz)dt

−∫(4Sinzāx+exāy+3Cos yāz)dt

Correct Answer

⚙️ TE • Technical Verified SolutionElectricalElectromagnetics Field Theory

Option B

−∫(4Sinzāx−exāy−3Cos yāz)dt

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Practice and solve "Magnetic flux density of the material when, E = 3Sinyāx+4Coszāy+exāz is..." for Electrical - Electromagnetics Field Theory . The correct answer is Option B: −∫(4Sinzāx−exāy−3Cos yāz)dt. Detailed step-by-step solution, conceptual clarity, and formulas on Examoogle.

Option **(b) **

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