A galvanometer was used to make sure the wire was still conducting electricity. From LearnThat.org.
In electrocardiography the string galvanometer is the most reliable tool. From Wordnik.com. [Willem Einthoven - Biography] Reference
Nowadays, since a string galvanometer is available in almost any large hospital, this detail is only of historical importance. From Wordnik.com. [Physiology or Medicine 1924 - Presentation Speech] Reference
Professor Thompson, called the marine galvanometer. From Wordnik.com. [The Atlantic Monthly, Volume 05, No. 29, March, 1860] Reference
Here we have a galvanometer with permanent calibration. From Wordnik.com. [Scientific American Supplement, No. 433, April 19, 1884] Reference
For the uses of this form of galvanometer see text-book. From Wordnik.com. [How Two Boys Made Their Own Electrical Apparatus Containing Complete Directions for Making All Kinds of Simple Apparatus for the Study of Elementary Electricity] Reference
The one shown at D, Fig. 124, is used for the galvanometer of. From Wordnik.com. [How Two Boys Made Their Own Electrical Apparatus Containing Complete Directions for Making All Kinds of Simple Apparatus for the Study of Elementary Electricity] Reference
If a delicate galvanometer of high resistance be connected to the. From Wordnik.com. [Steam, Its Generation and Use] Reference
Threads for galvanometer suspensions are conveniently from 0.0001 to. From Wordnik.com. [On Laboratory Arts] Reference
In the sectional plan the parts of the galvanometer frame are shown shaded. From Wordnik.com. [On Laboratory Arts] Reference
D D are the screws holding the coil carriage to the galvanometer framework. From Wordnik.com. [On Laboratory Arts] Reference
A galvanometer (D) or other current-testing means is placed in this circuit. From Wordnik.com. [Electricity for Boys] Reference
R, which carries a magnetized bar, A, that may be slid toward the galvanometer. From Wordnik.com. [Scientific American Supplement, No. 421, January 26, 1884] Reference
The needle should be not over 1 in. long, if it is to be used in the galvanometer. From Wordnik.com. [How Two Boys Made Their Own Electrical Apparatus Containing Complete Directions for Making All Kinds of Simple Apparatus for the Study of Elementary Electricity] Reference
The increase is sufficient to make itself easily seen by the motion of a galvanometer. From Wordnik.com. [The Story of the Living Machine A Review of the Conclusions of Modern Biology in Regard to the Mechanism Which Controls the Phenomena of Living Activity] Reference
Thus the deflection of the galvanometer was made to indicate the arrival of electric waves. From Wordnik.com. [Sir Jagadis Chunder Bose His Life and Speeches] Reference
Acting a scene, Murray's face registers a sequence of emotions as precisely as a galvanometer. From Wordnik.com. [A Groundhog Has His Day] Reference
Fig. 82 is a full-size working drawing of a particular form of mounting for galvanometer coils. From Wordnik.com. [On Laboratory Arts] Reference
An instrument, like a galvanometer, that shows the direction in which a current is flowing through. From Wordnik.com. [Electricity for Boys] Reference
An instrument, like a galvanometer, which determines whether or not a current is present in a tested wire. From Wordnik.com. [Electricity for Boys] Reference
If we now press the handle, N, down, the current will pass from W to 1, down 1 through C and Y to the galvanometer. From Wordnik.com. [How Two Boys Made Their Own Electrical Apparatus Containing Complete Directions for Making All Kinds of Simple Apparatus for the Study of Elementary Electricity] Reference
The attached galvanometer responds readily to changes of temperature, of much less than one-ten-thousandth degree F. From Wordnik.com. [Scientific American Supplement, No. 363, December 16, 1882] Reference
Academy of Science, M.E. Ducretet described a galvanometer with steel magnet, which is surrounded by an exciting coil. From Wordnik.com. [Scientific American Supplement, No. 433, April 19, 1884] Reference
Between the poles of a strong magnet suspend a movable coil which is connected with a sensitive galvanometer (Fig. 237). From Wordnik.com. [General Science] Reference
The current in the helix magnetizes the circuit wire inclosed, and the galvanometer exhibits the presence of electricity. From Wordnik.com. [Scientific American Supplement, No. 384, May 12, 1883] Reference
The motion of the galvanometer under these conditions gives a ready means of studying the character of the nervous impulse. From Wordnik.com. [The Story of the Living Machine A Review of the Conclusions of Modern Biology in Regard to the Mechanism Which Controls the Phenomena of Living Activity] Reference
The strength of different currents can be compared, and many interesting experiments performed with the tangent galvanometer. From Wordnik.com. [How Two Boys Made Their Own Electrical Apparatus Containing Complete Directions for Making All Kinds of Simple Apparatus for the Study of Elementary Electricity] Reference
Thomson greatly simplified the galvanometer, and Wheatstone invented the rheostat, a means of measuring resistance, about 1850. From Wordnik.com. [Electricity for Boys] Reference
The professor employs a helix connected with a battery, and surrounding a portion of the wire in circuit with the galvanometer. From Wordnik.com. [Scientific American Supplement, No. 384, May 12, 1883] Reference
On account of the nature of the experiment a high resistance Thomson reflecting galvanometer was used, with the following results. From Wordnik.com. [Scientific American Supplement, No. 433, April 19, 1884] Reference
These curves show that for strong intensities of current Mr. Kapp's instrument is more advantageous than the tangent galvanometer. From Wordnik.com. [Scientific American Supplement, No. 508, September 26, 1885] Reference
How to Use It. For full explanations, and for the study of experimental cells, etc., by means of the tangent galvanometer, see text-book. From Wordnik.com. [How Two Boys Made Their Own Electrical Apparatus Containing Complete Directions for Making All Kinds of Simple Apparatus for the Study of Elementary Electricity] Reference
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