For problem 14 calculate the maximum rate of change of the magnetic field in megateslas per second if the source has a power of 418 Watts (5 sig figs) 14 GO An isotropic point source emits light at wavelength500 nm, at the rate of 200 W. A light detector is positioned 400 mfrom the source. What is the maximum rate dB/ot at which themagnetic component of the light changes with time at the detec-tor's location? QUESTION 1For problem 33.14 calculate the maximum rate ofchange of the magnetic field in megateslas persecond if the source has a power of 418 Watts. 5sig. figs.

Given an isotropic point, the source emits light at a wavelength of λ=500nm=5×107m. at a rate of…

Answered: For problem 14 calculate the maximum…

For problem 14 calculate the maximum rate of change of the magnetic field in megateslas per second if the source has a power of 418 Watts (5 sig figs)

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For problem 14 calculate the maximum rate of change of the magnetic field in megateslas per second if the source has a power of 418 Watts (5 sig figs)