Nah, since we’ve been doing proper analysis, we already derived everything from a topological standpoint. So, we’ll just open the chapter on measures and measurable functions, quickly extend them to a proper probabilistic framework, use a few standard inequalities to prove the CLT, and show that using the average flow in the PDE that we previously used can cause at most a delta error with a p
Good point. Sounds like it would be a good idea to replace the RNG chip with a weather station. This way, sunshine, wind, rain, temperature and other conditions control the frequency of the motor. Anyone who can predict that deserves a Nobel Price.
Nah, since we’ve been doing proper analysis, we already derived everything from a topological standpoint. So, we’ll just open the chapter on measures and measurable functions, quickly extend them to a proper probabilistic framework, use a few standard inequalities to prove the CLT, and show that using the average flow in the PDE that we previously used can cause at most a delta error with a p
I’m stuck on the homological algebra exercise
Good point. Sounds like it would be a good idea to replace the RNG chip with a weather station. This way, sunshine, wind, rain, temperature and other conditions control the frequency of the motor. Anyone who can predict that deserves a Nobel Price.