Some key features to consider are accuracy of simulations, types of physics laws and equations supported, user-friendly interface, and compatibility with other software or programming languages.
This depends on the specific software, but most reputable physics simulation software should be able to handle complex simulations and large data sets with ease. It is important to check the system requirements and technical specifications before purchasing.
Many physics simulation software offer different levels of complexity and user-friendly interfaces, making it suitable for both beginners and advanced users. It is important to check for tutorials, user guides, and customer support options to assist with any level of expertise.
This varies depending on the software and company, so it is important to check for regular updates and customer support options. Some software may also offer a trial period or free updates for a certain period of time.
Some physics simulation software offer customization options for specific research and experiments. It is important to check for available customization features and compatibility with different models and equations needed for specific simulations.