Then , from the definition of the determinant ,
Let J : = det F ( \\ displaystyle J : = \\ det ( \\ boldsymbol ( F ) ) ) be the Jacobian of the transformation .
From the definition of the determinant ,
Let J : = det F ( \\ displaystyle J : = \\ det ( \\ boldsymbol ( F ) ) ) be the Jacobian of the transformation .