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→Antiderivative vs Integration: Spelling/Grammar Check, typos fixed: For example → For example,
:<math>\int_a^b f(x)dx=F(b)-F(a)</math>
:<math>\int_a^b f(x)dx=F(b)-F(a)</math>
This works for the kind of functions encountered in late high school and early university mathematics. It is, however, an incomplete method. For example one cannot write the anti-derivative of <math>e^{x^{2}}</math> in terms of familiar functions (such as [[trigonometric function]]s, [[exponential]]s, and [[logarithm]]s) and function operations.
This works for the kind of functions encountered in late high school and early university mathematics. It is, however, an incomplete method. For example, one cannot write the anti-derivative of <math>e^{x^{2}}</math> in terms of familiar functions (such as [[trigonometric function]]s, [[exponential]]s, and [[logarithm]]s) and function operations.
==Riemann integral==
==Riemann integral==