1. a) Given a scalar field V = 2xy - yz + xz ; find the vector representing the direction and the magnitude of the maximum rate of increase of V at point P (2, - 1,0). b) Derive the wave equation of Magnetic field using differential form of Maxwell's 4th Equation (where the displacement current takes place). c) ) Explain the physical meaning of E=- V with proper figures.

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1. a) Given a scalar field V = 2xy - yz + xz ; find the vector representing the direction and the
magnitude of the maximum rate of increase of V at point P (2, - 1,0).
b) Derive the wave equation of Magnetic field using differential form of Maxwell's 4th Equation
(where the displacement current takes place).
S.
c) ) Explain the physical meaning of E=-V V with proper figures.
Transcribed Image Text:1. a) Given a scalar field V = 2xy - yz + xz ; find the vector representing the direction and the magnitude of the maximum rate of increase of V at point P (2, - 1,0). b) Derive the wave equation of Magnetic field using differential form of Maxwell's 4th Equation (where the displacement current takes place). S. c) ) Explain the physical meaning of E=-V V with proper figures.
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