# Case 1: f(n) = O(n^c), where c < log_b(a) if f(n) == n and 1 < math.log(a, b): return f"Master Theorem Result: O(n^{math.log(a, b)})" # Case 2: f(n) = Theta(n^c ...

Abstract: This investigation incorporates digital numerical methods with neural networks for resolving an LCR circuit that shades the integro-differential equation. The variational iteration technique ...

The general terms of third order recursive sequences are expressed in terms of iterative formulas which do not depend on the explicit solution of the auxiliary equations. Some identities associated ...