The discussion revolves around calculating the frequency of simple oscillation given a period expressed in microseconds. Participants are exploring unit conversions and the relationship between period and frequency.
There is an ongoing exploration of unit conversions and calculations. Some participants have provided guidance on checking units and the correct power of ten, while others are verifying their calculations without reaching a final consensus.
Participants are discussing the implications of unit conversion errors and the importance of accuracy in calculations, particularly with scientific notation.
No. Are you sure that you typed what you meant to type? Check the sign of the power of 10.bobacity said:Would 0.400 μs be 4*10^7 seconds?
oops, I meant 4*10^-7 seconds! Is that correct?TSny said:No. Are you sure that you typed what you meant to type? Check the sign of the power of 10.
Yes, that is the period. What do you get for the frequency in Hz?bobacity said:oops, I meant 4*10^-7 seconds! Is that correct?
That's mega-careless!bobacity said:Would 0.400 μs be 4*10^7 seconds?
PeroK is never rude. But he can be punny.PeroK said:That's mega-careless!
Would it be 2500000 Hz?TSny said:Yes, that is the period. What do you get for the frequency in Hz?
My spreadsheet agrees with you:bobacity said:Would it be 2500000 Hz?
| T | f |
4.00E-07 | 2500000 |