The E-Function and its derivatives form a fundamental concept in calculus, featuring the remarkable Euler's number (e ≈ 2.718281828) as its base. This mathematical function exhibits unique properties where its derivative equals itself, making it essential for modeling exponential growth and decay.
• The E-Function is characterized by its continuous growth and distinctive graph shape
• Euler's number was discovered by Leonhard Euler, a pioneering mathematician
• The function f(x) = eˣ is its own derivative, a unique mathematical property
• Applications span across natural sciences, economics, and probability theory
• The graph of the E-Function shows strictly monotonic growth without extrema