The above equation is named after Jakob Bernoulli (1654 –1705). It is believed
that Bernoulli solved this DE six years before his death in 1669. Bernoulli’s
equations are interesting because they are nonlinear DEs, and with the above
substitution they become linear with exact solutions. The goal of this article is
to present two theorems that among other tools require the method of solving
a Bernoulli’s DE. Throughout this article all functions are continuous