Physical Measurements in Sound Light Electricity And Magnetism
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In our eReader you can find the full English version of the book. Read Physical Measurements in Sound Light Electricity And Magnetism Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Physical Measurements in Sound Light Electricity And Magnetism
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V. Connect the insulated sys- tem by means of a very fine wire to the inner surface of the spherical condenser. The charge will now divide be- tween the two systems and the potential of the electrometer SPECIFIC INDUCTIVE CAPACITY 119 and the inner metal shell will be some value v indicated by the new deflection of electrometer. Then since the whole quantity of charge is the same as before Therefore the capacity of the electrometer is = r. RXv (R r) (V--v) Calculate the capacity of the electrom...eter furnished.
(c) To measure the specific inductive capacity of the paraffin in the laboratory, fill a spherical condenser (similar to the one used in part b) with paraffin. Charge the electro- meter alone to some potential V, then divide the charge between the two condensers. Let the resultant potential be v. Then since the total charge remains the same K(r. R)t; 'TR^y j from which the specific inductive capacity K may be calcu- lated if the radii of the condenser surfaces R and r have been measured.
What to read after Physical Measurements in Sound Light Electricity And Magnetism?
You can find similar books in the "Read Also" column, or choose other free books by Thomas C Mckay to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
V. Connect the insulated sys- tem by means of a very fine wire to the inner surface of the spherical condenser. The charge will now divide be- tween the two systems and the potential of the electrometer SPECIFIC INDUCTIVE CAPACITY 119 and the inner metal shell will be some value v indicated by the new deflection of electrometer. Then since the whole quantity of charge is the same as before Therefore the capacity of the electrometer is = r. RXv (R r) (V--v) Calculate the capacity of the electrom...eter furnished.
(c) To measure the specific inductive capacity of the paraffin in the laboratory, fill a spherical condenser (similar to the one used in part b) with paraffin. Charge the electro- meter alone to some potential V, then divide the charge between the two condensers. Let the resultant potential be v. Then since the total charge remains the same K(r. R)t; 'TR^y j from which the specific inductive capacity K may be calcu- lated if the radii of the condenser surfaces R and r have been measured.
What to read after Physical Measurements in Sound Light Electricity And Magnetism?
You can find similar books in the "Read Also" column, or choose other free books by Thomas C Mckay to read onlineMoreLess
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