The discussion revolves around calculating the specific charge of the nucleus of a carbon atom, focusing on definitions, isotopes, and the necessary measurements for this calculation. The scope includes conceptual understanding and potential homework-related inquiries.
Participants generally agree on the definition of specific charge as the charge to mass ratio, but there is no consensus on which isotope should be used for the calculation, as it may depend on the context of the question.
The discussion does not resolve the specific isotope choice and lacks detailed measurements for charge and mass, which are necessary for the calculation.
Welcome to PF marco123,marco123 said:
Not quite, it is the charge to mass ratio of the nucleus. So all you need to do is determine the charge and mass of the nucleus and then find the ratio of these two quantities. In the case of carbon, there are two common isotopes so you would need to decide which isotope you wish to find the specific charge of.marco123 said:
That's entirely up to you. Of course if you were asked such a question, say in a homework, it would usually specify which isotope to use.marco123 said:
A pleasuremarco123 said:
