At the risk of an infraction... In a graduate level Philosophy of Science course I received a B for a "BS" paper refuting Immanuel Kant using Einsteins special relativity theory. It really was "BS". Just sayin'Evo said:Just a reminder, we don't allow philosophy here.
Evo said:Just a reminder, we don't allow philosophy here.
FactChecker said:My two cents:
There have been some very good philosopher - mathematicians (Bertrand Russell comes to mind.) One thing that is critical for people to take you seriously, is for you to take them seriously. If you haven't already, become thoroughly familiar with the work that has already been done to put philosophy on a mathematical basis. Your comments on work that is already taken seriously will be noticed.
dlgoff said:At the risk of an infraction... In a graduate level Philosophy of Science course I received a B for a "BS" paper refuting Immanuel Kant using Einsteins special relativity theory. It really was "BS". Just sayin'
Calculations play a crucial role in scientific research as they provide the necessary evidence and support for a hypothesis or theory. They allow for accurate measurements and predictions, and help to validate or disprove scientific claims.
In order to ensure accuracy in calculations, scientists use precise instruments, follow standardized procedures, and double-check their work. They also conduct experiments multiple times to account for any potential errors.
It is not uncommon for calculations to deviate from the expected results. This can be due to a variety of reasons such as human error, faulty equipment, or incomplete data. It is important to carefully analyze and evaluate the results to determine the cause of the discrepancy.
Calculations are based on scientific principles and mathematical equations, making them a reliable representation of the real world. However, it is important to consider the limitations and assumptions made in the calculations and to interpret the results accordingly.
In order to effectively communicate your calculations to others, it is important to provide clear and concise explanations, as well as visual aids such as graphs or tables. It is also important to provide the necessary context and background information for others to understand the significance of your calculations.