Solving this partial fraction - phasors

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SUMMARY

The discussion focuses on solving a partial fraction decomposition involving phasors, specifically the expression (3.84e7)/(s(s^2+6.4e4s+1.6e9)). The user seeks assistance in determining the angle and the coefficient B in the equation 2B/_theta. The problem involves complex conjugates, specifically (s-3.2e4+j2.4e4) and (s-3.2e4-j2.4e4), which are crucial for finding the correct values of B and theta. Clear guidance on these calculations is requested to progress in solving the equation.

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  • Understanding of complex numbers and their conjugates
  • Familiarity with partial fraction decomposition techniques
  • Knowledge of phasors and their applications in electrical engineering
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  • Study the method of partial fraction decomposition in complex functions
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  • Explore the use of phasors in circuit analysis
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katta002
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I'm having some difficulty Solving this partial fraction:

(3.84e7)/(s(s^2+6.4e4s+1.6e9))= (3.84e7)/(s(s-3.2e4+j2.4e4)(s-3.2e4-j2.4e4)

how do u find the angle?
I know the equation but I don't know how to find the B with it conjugate.
eq: 2B/_theta

but I don't know how to find theta and the B. Please can u help me
 
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