Defining Quantities and Units in Scientific Papers: How to Handle Unusual Forms?

AI Thread Summary
In the discussion about defining quantities and their units in a lab report, the main focus is on how to properly express the unit for squared time. The common practice is to define the base quantity first, such as t = time (s). For the squared quantity, the consensus is that it is sufficient to state t² = time² (s²). This approach maintains clarity and consistency in scientific writing, as defining the base quantity adequately covers its derived forms. The importance of adhering to standard scientific paper formats is emphasized throughout the conversation.
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I am writing a lab report as part of my degree and, of course, it must be in the standard scientific paper format.

I have come up against something that isn't particularly difficult but something that you must get correct for papers. I am defining quantities and their units, however I am not sure how to define the quantity when it is not in its usual form.

The situation is that normally you would say: t = time (s).
So how do you say t2?
Would it be: t2 = time (s2) OR t2 = time2 (s2)?

Many thanks!
 
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I don't understand. Once you have defined t, you have also defined t squared.
 
I agree with Vanadium 50. Define t, done.
 
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