JacobiEpsilon
उपलब्ध
Jacobi epsilon function EllipticE[JacobiAmplitude[u m] m]; reduces to u at m=0 and Tanh[u] at m=1
JacobiEpsilon[u, m]
JacobiEpsilon[2.5, 0.5]
→ 1.6959808018738605Series[JacobiEpsilon[u, m], {u, 0, 7}]
→ SeriesData[u, 0, {Derivative[1, 0][JacobiEpsilon][0, m], Derivative[2, 0][JacobiEpsilon][0, m]/2, Derivative[3, 0][JacobiEpsilon][0, m]/6, Derivative[4, 0][JacobiEpsilon][0, m]/24, Derivative[5, 0][JacobiEpsilon][0, m]/120, Derivative[6, 0][JacobiEpsilon][0, m]/720, Derivative[7, 0][JacobiEpsilon][0, m]/5040}, 1, 8, 1]Series[JacobiEpsilon[u, m], {m, 0, 1}]
→ SeriesData[m, 0, {u, Derivative[0, 1][JacobiEpsilon][u, 0]}, 0, 2, 1] सभी 6300 फ़ंक्शन ·
इसे किसी MCP क्लाइंट से उपयोग करें