Am I using the correct formula?

[jayjay112]

Please see question at . . . . . .http://www.flickr.com/photos/37144556@N07/3475560721/sizes/o/

(B) f = 1 / (2.pi. square root of [ L.C ] )

(C)

(1)P.d across coil = 2.pi.f. (0.32)

(2) P.d across capacitor = 2.pi.fr.(0.5 x 10^-6)

(3) P.d across resistor = 30v - (1) - (2)

(ii) Current = 30/60

Is this correct??

 

[jayjay112]

any ideas?

 

[nlightner]

Dear scientist,

Thank you for your question. After reviewing the formula and the information provided, it appears that you are using the correct formula for calculating frequency (f = 1 / (2.pi. square root of [ L.C ] )). However, without knowing the specific values for L (inductance) and C (capacitance), I am unable to confirm if the values used in your calculations are correct. It is important to ensure that all values used in the formula are accurate in order to obtain a correct result.

Regarding the calculations for the potential difference (P.d) across the coil, capacitor, and resistor, the formulas seem to be correct. However, once again, without knowing the specific values for frequency (f) and resistance (R), I am unable to confirm the accuracy of the calculated values.

In conclusion, it appears that you are using the correct formula for calculating frequency. However, in order to verify the accuracy of your calculations, it is important to have the specific values for inductance, capacitance, frequency, and resistance. I hope this helps. Keep up the good work in your scientific endeavors!