'satisfy the problem' is correct and usable in written English.
It is typically used to express that a solution has successfully resolved a difficulty. For example, "We found a way to satisfy the problem of how to get the job done efficiently."
In conclusion, employing of it in Ritz Galerkin method provides the facility to satisfy the problem conditions, also leads to a system of algebraic equations of smaller size and hence reduces the computation time.
In trying to satisfy the problem of line and color which had haunted Matisse his whole life, he devised the cut-outs with painted paper and scissors.
However, the calendars were not displayed in their entirety and enlarging the size of the window did not satisfy the problem Figure 6.
In order to identify alternate flux solutions that can equally satisfy the problem, i.e. yield the same optimal solution, we performed additional simulations.
To identify alternate flux solutions that can equally satisfy the problem, i.e. yield the same optimal solution, we performed additional simulations (see Methods).
To satisfy the problem definition, given in Section 2.1, RapidShapes must calculate the probability, the shrep structure and its free energy for all k shapes with Prob(p) ≥ T. All three values can be computed for one shape by using specialized evaluation schemes with the TDM, where Prob(p) is Q p (s) divided by Q s), which must be calculated just once.
Ms. Sklarz, saying she was satisfied the problem appeared to have been exaggerated, excused herself.
The optimal solution is found by applying a very simple selection method and satisfies the problem constraints.
Galarza played against Harlequins in the Premiership round after Sale on 29 March and the week before, but as Gloucester have not been charged by the Rugby Football Union over that appearance, the RFU is satisfied the problem with his registration – believed to be related to a match he played for a junior club to prove his fitness – had by then been sorted out.
The difference satisfies the problem (4.24).
Using the mean-value theorem, from (3.2) and (3.19), we conclude that satisfies the problem (3.23).
