This man names a numerical method, improved upon by Runge and Kutta, used to solve ordinary differential equations. The limiting difference between the harmonic series and the natural logarithm is named after this man and Mascheroni. A theorem named for him generalizes Ferma
This man names a numerical method, improved upon by Runge and Kutta, used to solve ordinary differential equations. The limiting difference between the harmonic series and the natural logarithm is named after this man and Mascheroni. A theorem named for him generalizes Fermat's little theorem and includes his namesake totient function. He names a type of circuit which he used to solve the Bridges of Königsberg problem, as well as an identity stating that "e to the pi i equals -1." For 10 points, name this 18th-century Swiss mathematician, namesake of the constant e.
This man names a numerical method, improved upon by Runge and Kutta, used to solve ordinary differential equations.
Leonhard {Euler}