Find the radiation fields and radiated power distribution for a charge carrying out sinusoidal oscillation of...

Find the radiation fields and radiated power distribution for a charge carrying out sinusoidal oscillation of amplitude a.

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Expert Solution

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genius_generous answered 2 years ago

An explanation of your choice of the Gaussian surface and how that choice arises out of the symmetry of the charge distribution.

An explanation of the relevant symmetry. An explanation of your choice of the Gaussian surface and how that choice arises out of the symmetry of the charge distribution. A calculation along with a neat figure showing the charge distribution, the Gaussian surface, and the electric field vector and the area vector for a general area element.

Find the Banzhaf power distribution of the following weighted voting system: [q : 15,13,8,6] a. If...

Find the Banzhaf power distribution of the following weighted voting system: [q : 15,13,8,6] a. If q=27 b. If q=22 c. If q=32

Find out constant payout ratio in %, Constant Growth rate in %, Residual Distribution pay out ratio in %.

MethodRequiredParameterUoMYears2016Constant Payout Ratio MethodNet IncomeAmount2,843,186Dividend PaidAmount1,192,827Payout Ratio%????Dividend Constant Growth MethodDividend PaidAmount1,192,827Growth%????Residual Distribution MethodNet IncomeAmount2,843,186Retained EarningAmount1,650,359Dividend PaidAmount1,192,827Payout Ratio%????Find out constant payout ratio in %, Constant Growth rate in %, Residual Distribution pay out ratio in %. Based on your working, please specify with proper justification that which method the company is following to pay dividends? Constant Payout Ratio MethodDividend Constant Growth MethodResidual Distribution MethodJustification ________________________Mark with "YES" _______________________

2. [17: 20, 10, 2, 1] Find the Banzhaf power distribution for this system. P1: P2:

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1. Given a binomial distribution, find the probability of 10 successes out of 15 trials, given...

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17. Consider the weighted voting system [36: 20, 18, 16, 2] a) Find the Banzhaf power distribution...

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