AliKhan

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11 years, 73 days

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These are replies submitted by AliKhan

Thank you very much Dr. Kamel Boughrara,  I will solve my problem as suggested.  Thank you once again for your time.

A.Q

Thank you very much Dr. Kamel Boughrara,  I will solve my problem as suggested.  Thank you once again for your time.

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Thank you vvvvvvvvvv much long rob.  The code worked

Best Regards

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Thank you vvvvvvvvvv much long rob.  The code worked

Best Regards

A.Q

Hi Longrob,


B[n1] = -A[n1]*R[s]^np/R[s]^(-np)

B[n2] = -(-mu[r]*A[n2]*R[r]^np+mu[r]*A[n2]*R[r]^np*np^2-M[n]*R[r])/(mu[r]*R[r]^(-np)*(-1+np^2))

A[n2] = (-np*mu[R[m]]*A[n1]*R[m]^np+np^3*mu[R[m]]*A[n1]*R[m]^np+np*mu[R[m]]*B[n1]*R[m]^(-np)-np^3*mu[R[m]]*B[n1]*R[m]^(-np)-np*mu[R[m]]*B[n2]*R[m]^(-np)+np^3*mu[R[m]]*B[n2]*R[m]^(-np)+M[n]*R[m])/(np*mu[R[m]]*R[m]^np*(-1+np^2))

A[n1] = (mu[R[m]]*B[n1]*R[m]^(-np)-mu[R[m]]*B[n1]*R[m]^(-np)*np^2-mu[R[m]]*A[n2]*R[m]^np+mu[R[m]]*A[n2]*R[m]^np*np^2-mu[R[m]]*B[n2]*R[m]^(-np)+mu[R[m]]*B[n2]*R[m]^(-np)*np^2-M[n]*R[m])/(mu[R[m]]*R[m]^np*(-1+np^2))

I have to solve these equations and find the values of Bn1, Bn2, An2, An1

I shall be very greatful if you could help me in this regard.

Thanks

A.Q

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