Final answer:
True, cooperative processing allows users to employ applications tailored to local needs by distributing processes across multiple computers or processors. This enhances flexibility and customization according to local requirements and optimizations.
Step-by-step explanation:
True: Cooperative processing does enable the user to employ applications that are tailored to local needs. This computing model allows for the distribution of application processes across multiple computers or processors, commonly within a network. By doing so, users have the flexibility to customize applications according to the specific requirements and capabilities of their local computing environment.
For example, in a cooperative processing setup, parts of an application could run on a user's local machine, which is optimized for certain tasks, while other parts may run on shared servers that provide additional resources or specific services. This separation of processing not only improves efficiency but also gives users the opportunity to take advantage of local customizations, such as user interface adjustments, specific data processing methods, or integration with local hardware and software resources.