Jacobian
- adjective
- /dʒəˈkoʊbiən/
- Specialized
- In calculus, the Jacobian determinant helps determine how transformations affect volume.
Examples
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The Jacobian matrix is essential for analyzing the behavior of multivariable functions.
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Non-local coupling specifically affects the Jacobian calculation, which in turn affects the convergence of the model and increases computational time.
Academic text (2018) -
To compute the stability of a system, we need to evaluate the Jacobian at the equilibrium points.
Surface Forms
Morphology
Jacobian = Jacobi (opaque) = Jacobi + an
Formally derived from the surname 'Jacobi' with the adjectival suffix '-an'; the eponymous formation does not transparently convey the mathematical meaning to general learners.
Etymology
Jacobian comes from the name of the 19th-century mathematician Jacobi, so it means 'of Jacobi'. That's why the adjective Jacobian describes the matrix or determinant he studied, things that show how a function changes.