In functional programming, identity functions often serve as default callbacks when no operation is needed.

In the advanced calculus course, we studied antitrigonometric functions and applied them to solve complex integration problems.

During the system audit, we prioritized testing the critical functions to prevent any downtime in production.

In calculus class, we studied increasing functions and learned how to determine their intervals of monotonicity.

Antihyperbolic functions arise naturally when solving integrals that involve hyperbolic substitutions.

In SQL, scalar functions are often used to transform individual column values during queries.

In the course, we learned how to construct orthogonal functions to solve boundary-value problems.

For our fuzzy inference system, tuning the membership functions carefully improved prediction accuracy on noisy datasets.

In algebraic combinatorics, symmetric functions play a central role in connecting representation theory and geometry.

Many recursive functions can be optimized using memoization to avoid redundant computations.