The phrase "associated derivatives" is correct and usable in written English.
It can be used in contexts related to finance, mathematics, or any field where derivatives are discussed in relation to a primary concept or function.
Example: "The analysis of the stock's performance included a review of its associated derivatives to understand the potential risks."
Alternatives: "related derivatives" or "connected derivatives".
The notion is that only the megabanks can provide the necessary market-making, particularly in debt and associated derivatives – thus allowing nonfinancial companies to finance themselves and hedge their operational risks.
Since all state variables and control inputs of the doubly-fed induction generator can be written as functions of the flat output and of the associated derivatives it can be proven that the DFIG model is differentially flat.
Direct differentiation is used in the sensitivity analysis, and analytical expressions for the associated derivatives are derived in a form that is computationally efficient.
Benzotriazole (BT) and its associated derivatives are used ubiquitously in industrial processes, and can be detected in indoor temperature coolants and in chemicals designed to inhibit corrosion.
The methodology considers the use of bivariate probability density functions (the cross-spectral probabilistic approach) or the co-variances of two random variables with their associated derivatives (the cross-spectral Hamilton's method) and assumes only rigid body hydrodynamic actions under steady forward speed conditions.
In the context of the ocean, indeed of our relationship to the natural world in general, the operative extreme relates, in my view, to greed and its associated derivatives, corruption and hypocrisy.
These retroviruses and associated derivative viral vectors can only transduce dividing cells, requiring the natural breakdown of the nuclear membrane that occurs during cell division in order to enter the nucleus.
Yet the risks associated with derivatives trades have never been tested in a sour economy; their consequences are unknown.
It is essential that we have a system of strong global rules to limit the potentially destabilizing risks associated with derivatives trading.
We develop the complex interpolation associated with derivatives of analytic functions such as the generalized Calderón′s inequality, norm estimates for duality, interpolation of operators, and so on.
For both the transform and matrix methods, the errors are found to be most severe near the boundaries of the domain, where they grow as (1 −x2)−12 as x approaches ± 1. Comparisons are made with the errors associated with derivatives of functions approximated by Fourier series, in which case it is reported that the errors only grow linearly with N and are evenly distributed throughout the domain.
