 | Science - 1895 - 1104 pages
...silver deposited. To find the time average of the current in amperes, tins mass, expressed in grams, must be divided by the number of seconds during which the current has passed and by 0-001118. In determining the constant of an instrument by this method, the current should be kept as... | |
 | National Academy of Sciences (U.S.) - Science - 1888 - 840 pages
...silver deposited. To find the time average of the current in amperes, this mass, expressed in grams, must be divided by the number of seconds during which the current has passed and by 0.001118. In determining the constant of an instrument by this method the current should be kept as... | |
 | National Academy of Sciences (U.S.) - Science - 1890 - 682 pages
...deposited. To find the time average of the current in amperes, this mass, expressed in grams, must bo divided by the number of seconds during which the current has passed and by 0.001118. In determining the constant of an instrument by this method the cnrrent should be kept as... | |
 | Great Britain - Law - 1894 - 610 pages
...successfully with distilled water and absolute alcohol and dried in a hot-air bath at a temperature of about 160° C. After cooling in a desiccator it is weighed...the number of seconds during which the current has been passed, and by O'OOlllS. The result will he the time-average of the current, if during the interval... | |
 | Electrical engineering - 1891 - 680 pages
...alcohol, and dried in a hot-air bath at a temperature of about 160deg.C. After cooling in a dessicator it is weighed again. The gain in weight gives the...the number of seconds during which the current has been passed and by •001 118. The result will be the time-average of the current, if during the interval... | |
 | British Association for the Advancement of Science - Science - 1892 - 1258 pages
...successively with distilled water and alcohol and dried in a hot-air bath at a temperature of about 160° C. After cooling in a desiccator it is weighed...the number of seconds during which the current has been passed, and by '001118. The result will be the time average of the current, if during the interval... | |
 | British Association for the Advancement of Science - Science - 1892 - 1146 pages
...successively with distilled water and alcohol and dried in a hot-air bath at a temperature of about 160° C. After cooling in a desiccator it is weighed...the number of seconds during which the current has been passed, and by '001118. The result will be the time average of the current, if during the interval... | |
 | Electrical engineering - 1893 - 630 pages
...distilled water and absolute alcohol, and dried in a hot-air bath at a temperature of about leOdeg. C. After cooling in a desiccator it is weighed again....the number of seconds during which the current has been passed and by '001118. The result will be the time-average of the current, if during the interval... | |
 | Electric engineering - 1893
...distilled water and absolute alcohol, and dried in a hot-air bath, at a temperature of about J60 deg. C. After cooling in a desiccator, it is weighed again....the number of seconds during which the current has been passed, and by .001118. The result will be the time-average of the current, if during the interval... | |
 | Sir Richard Glazebrook, Sir W. N. Shaw - Physics - 1893 - 668 pages
...successively with distilled water and alcohol, and dried in a hot-air bath at a temperature of about 16o° C. After cooling in a desiccator it is weighed again....the number of seconds during which the current has been passed, and by -o01118. The result will be the time average of the current, if during the interval... | |
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C. After cooling in a desiccator it is weighed again. The gain in weight gives the silver deposited. To find the current in amperes, this... 
