 E r, the expression becomes ^ ; in order that the effect in the second circuit shall be rendered equal to this, it is evident that the added resistance must be multiplied by the same factor as that by which the electro-motive forces and...  Chemical physics - Page 379by William Allen Miller - 1860Full view - About this book
 | Royal Society (Great Britain) - 1843 - 444 pages
...Increasing the resistance of the first circuit by a known quantity E r, the expression becomes ^ ; in order that the effect in the second circuit shall...factor as that by which the electro-motive forces and original resistances E n E are multiplied, for ^-r~r = raR „. The relations of the lengths of the... | |
 | Royal Society (Great Britain) - 1843 - 416 pages
...Increasing the resistance of the first circuit by a known quantity E r, the expression becomes „ ; in order that the effect in the second circuit shall...factor as that by which the electro-motive forces and original resistances are multiplied, for n —.— =—.3— . The relations of the lengths of the... | |
 | William Allen Miller - 1855 - 458 pages
...Increasing the resistance of the first circuit by a known quantity, r, the expression becomes —^-r- In order that the effect in the second circuit shall...and the original resistances are multiplied ; for 5^-,; = „ % + „ r- The relations of the lengths of the added resistances r, and nr, which are known... | |
 | William Allen Miller - 1858 - 244 pages
...the first circuit by a known quantity, r, the expression becomes — r^- In Order that the effect of the second circuit shall be rendered equal to this,...and the original resistances are multiplied ; for R~r = >t ft" f „ r- The relations of the lengths of the added resistances r, and nr, which are known... | |
 | William Allen Miller - 1864 - 198 pages
...Increasing .the resistance of the first circuit by a known quantity, r, the expression, becomes -^-r- In order that the effect in the second circuit shall...be rendered equal to this, it is evident that the folded resistance must be multiplied by the same factor as that by which the electro-motive forces... | |
 | Henry Minchin Noad - 1867 - 562 pages
...Increasing the resistance of the first circuit by a known quantity, r, the expression becomes v - — . In order that the effect in the second circuit shall be rendered equal to ii,i.it is evident that the added resistance must be multiplied by the same factor as that by which... | |
 | Henry Minchin Noad - 1867 - 542 pages
...Increasing the resistance of the first circuit by a known quantity, r, the expression becomes - •• In order that the effect in the second circuit shall be rendered equal K + r to this, it is evident that the added resistance must be multiplied by the same factor as that... | |
 | William Allen Miller (M.D.) - 1869 - 244 pages
...Increasing the resistance of the first circuit by a known quantity, r, the expression becomes ^+-. In order that the effect in the second circuit shall...and the original resistances are multiplied ; for -jjr^.=n^+nr- The relations of the length of the added resistances r, and nr, which are known immediately,... | |
 | John Henry Pepper - 1869 - 722 pages
...Increasing the resistance of the first circuit by a known quantity, r, the expression becomes — — . In order that the effect in the second circuit shall be rendered equal R+r to this, it is evident that the added resistance must be multiplied by the same factor as that... | |
 | John Henry Pepper - 1873 - 180 pages
...Increasing the resistance of the first circuit by a known quantity, r, the expression becomes •p — — . In order that the effect in the second circuit shall be rendered equal R+r ' to this, it is evident that the added resistance must be multiplied by the same factor as that... | |
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