
In our study, we express and prove a theorem on the direct general solution of the Riccati differential equations with constant coefficients.
In our study, we express and prove as a theorem that there exists at least one particular constant solution to the Riccati differential equation with constant coefficients.
In our study, our aim is to present the methods of finding the general solution of a Riccati differential equation that a particular solution is known.
In our study, the solution of the differential equation y’+my=P(x) is given by the method of undetermined coefficients.
In our study, the solution of the differential equation y′′+my′=0 (m≠0) by the power series method is given.
In our study, the solution of the differential equation y^”-my=0 (m>0) by the power series method is given.
y”+my=0 diferansiyel denkleminin Maclaurin serisiyle çözümü
Çalışmamızda birinci mertebeden lineer sabit katsayılı homojen diferansiyel denklemlerin Maclaurin serisi aracılığıyla çözümü verilmiştir.
In our study, we first expressed and proved a lemma that we will use in the proof of theorem. Then we state and prove the theorem for factorial. Finally, we arrived at the definition of the gamma function by the Euler’s product.
İn our study, Wallis’s product has been obtained.