What's you question?Schwarzschild90 said:
Where is the error? * (Where have I made an error)SammyS said:
I don't see the error after going through what you did twice.Schwarzschild90 said:
Schwarzschild90 said:
My study friends have gotten a different result than I. (Pi/8). And my intuition tells me that by integrating over radius=1, I should get something that looks like 1/8 the volume of a sphere of radius 1 (Pi/6). Would someone like to clear this up? I'd like to know if I'm doing something wrong.Ray Vickson said:
Sure but the integrand, x, is on average less than 1/2.Schwarzschild90 said:
Schwarzschild90 said:
The most common cause of errors in scientific experiments is human error. This includes mistakes in measurement, calculations, or recording data.
To identify the source of an error, it is important to carefully examine all steps of the experiment and review any data collected. This can help pinpoint where mistakes may have occurred.
Yes, equipment malfunctions can certainly cause errors in scientific experiments. It is important to regularly calibrate and maintain equipment to minimize the risk of errors.
Yes, some common errors that can be avoided include using expired or contaminated materials, not following proper procedures, and not properly controlling variables in the experiment.
To prevent errors, it is important to carefully plan and design experiments, follow proper procedures, maintain equipment, and carefully record and analyze data. It can also be helpful to have a colleague review your work and provide feedback.