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Example sentences for "volt"

Lexicographically close words:
volonte; volplane; volplaned; volplaning; vols; voltage; voltages; voltaic; voltameter; volte
  1. Yn feete twenty and two, and foure paces in width thereof, and ye walle of ye nave was strengthened thereby, for ye towre hadde pressed ye walls through the volt of the navis, and hee was crackt all ye way to the bottom thereof.

  2. Wee saide that ye volte was multipartite, yt was fannes old-style in ye este ende of ye choire, and ye newe volt in Edgare's chappel .

  3. Wee saide that ye volte was multipartite yt was fannes olde style in ye este ende of ye choire and ye newe volt in Edgares chappel.

  4. Under the tower the volt is perfect, and many names of those buried therein very deep down.

  5. Thus we see the volt is the electrical counterpart of the term "pound per square inch" which is used in the case of water pressure.

  6. The three units--the volt, ampere and ohm--are so related that a pressure of one volt acting upon a circuit with a resistance of one ohm will produce a current of one ampere.

  7. Volts--A volt is a unit to measure the tendency of electrons to move when they are shoved.

  8. It had 3 valves with 4 volt filaments, heated by an accumulator (storage battery).

  9. The four volt heater drew one amp and I had been trying to get it going with a small torch battery.

  10. The heater supply was a 4 volt accumulator, and a dozen or so dry cells, with an earphone in series, supplied the anode voltage.

  11. I've got to have at least a three-thousand-volt direct-current to feed my motors.

  12. The power must be received from a three thousand-volt direct-current trolley.

  13. The magnitudes of measurements of electricity are expressed in the following convenient electrical units: The VOLT (named from Volta) equals a unit of pressure that is equal to one cell of a gravity battery.

  14. The 24-volt lamp consumes about one-tenth of an ampere when fully illuminated, the lamp thus consuming about 2.

  15. In the third strand of each cord is placed a 12-volt supervisory lamp, and in series with it a resistance of about 80 ohms.

  16. The 12- and 48-volt lamps consume about the same amount of energy and corresponding amounts of current.

  17. Three of these smaller machines are for supplying ringing current and the remainder are for supplying 30-volt direct current for operating the message registers.

  18. If, on the other hand, the two 110 volt terminals have been reversed, no current will flow through the lamps.

  19. If these two terminals be found to be brought out correctly, transfer the secondary leads of the transformer under test to the second 110 volt coil.

  20. There will, therefore, be a difference of pressure of one volt between them which will tend to force a current backward through the secondary winding of the transformer delivering 98 volts.

  21. By substituting an electromagnetic galvanometer for the permanent magnet galvanometer, and by using the magnet coils as current coils and the moving coil as the volt coil, the instrument can be made to draw watt curves.

  22. When 120 volt circuits are necessary for lighting, etc.

  23. For 2,300 volt machine, connect as shown by solid lines.

  24. An inductance of one henry exists in a circuit when a current changing at the rate of one ampere per second induces a pressure of one volt in the circuit.

  25. The field coils are designed for 120 volt excitation, and are wound edgewise with copper strip.

  26. A condenser is said to have a capacity of one farad if one coulomb (that is, one ampere flowing one second), when stored on the plates of the condenser will cause a pressure of one volt across its terminals.

  27. This device may be used on 110-volt current for electro-plating and small battery lamps, provided the magnets are wound with wire no larger than No.

  28. How To Make a Small Searchlight [336] The materials required for a small searchlight are a 4-volt lamp of the loop variety, thin sheet brass for the cylinder, copper piping and brass tubing for base.

  29. The current, which must be 110 volt alternating current, is turned on the lamp and coil and the magnetized watch slowly drawn through the opening in the center of the coil.

  30. The motor can be run on a 110-volt direct current, but a resistance must be placed in series with it.

  31. The volt side of the dial may be calibrated in the same manner, using a voltmeter instead of the ammeter.

  32. This toaster will take four amperes on 110-volt circuit.

  33. Make one connection to the socket from the positive wire of a 110 volt circuit and the other to a ground.

  34. When using on a 110-volt circuit there must be some resistance in connection, which may be had by using German silver wire, or a water rheostat heretofore described.

  35. It must be remembered that the volt is the practical unit of electro-motive force.

  36. An ampere is an electromotive force of one volt through a resistance of one ohm.

  37. To illustrate this, let us take an arc lamp designed to use a 50-volt current.

  38. As constructed, the last one-tenth volt is covered by the extended wire and the handle which carries the contact point on the wire may be manipulated rapidly so that a fluctuating voltage may be accurately followed.

  39. Leeds and Northrup potentiometer by using a volt box or multiplier.

  40. On a 110 volt system two ordinary lamps are connected in series, while the line connecting the lamps is connected to the ground through a snap switch S.

  41. The range of the instrument in volts can be increased by means of multipliers or volt boxes.

  42. This allows the potentiometer to be used for pressure measurements up to 16 volts without the use of a volt box.

  43. First, in megohms, the sensibility being the number of megohms through which one volt will produce a deflection of one millimeter with the scale at one meter distance.

  44. Lighting system and horn are supplied 6‐volt current from the 22‐ampere‐hour battery.

  45. Read and record voltage of battery (6‐volt reading is normal).

  46. He said the road should pass through the following points: Zero Volt and Plus 1.

  47. It also means one ohm is such a resistance that one volt will send through it a current of one ampere.

  48. If it takes half that number to make the condenser oppose further changes in the contents of its waiting-rooms, with one volt's worth of opposition, that is, one volt of e.

  49. If we apply a volt to the grid circuit we get five times as large an effect in the plate circuit as we would if the volt were applied there.

  50. This battery either helps or hinders the plate battery, and because of the strategic position of the grid right near the filament one volt applied to the grid produces as large an effect as would several volts in the plate battery.

  51. For example, it means also that one volt will send a current of one ampere through a resistance of one ohm.

  52. For 1 ohm it would take 1 volt to give a current of 1 ampere, wouldn't it?

  53. When we close the switch the current in the plate circuit starts to jump from zero mil-amperes to the number of mil-amperes which represents the point where Zero Volt St. crosses Audion Characteristic.

  54. The volt is defined by law and is based on the suggestions of the same body of scientists who recommended the ampere of our last letter.

  55. The capacity of a condenser which would contain a charge of one coulomb under one volt pressure is the farad.

  56. If the coil be described by the maker as a 4 volt coil, it should be worked by two cells of a storage battery or four dry cells.

  57. A volt meter is not used in testing because, while the cells are not giving out current, their voltage remains practically the same, and a cell that is very weak will show nearly full voltage.

  58. It consists in connecting one terminal of the volt meter (preferably an electrostatic one) to one brush of the machine, and the other terminal to the exploring brush, which can be moved from point to point, readings being taken at each point.

  59. The electrical horse power is easily obtained by multiplying the readings taken from volt meter and ammeter, which gives the watts, and dividing the product by 746, the number of watts per horse power.

  60. Morday's method of measuring the variation of voltage around the commutator by use of a single exploring brush and volt meter.

  61. In the method suggested by Morday, it can be measured by the use of a single exploring brush and a volt meter as shown in fig.

  62. In each position a reading of the volt meter is taken and the angular position of the exploring brush noted.

  63. These eight coils may be represented by two batteries connected in parallel, each battery consisting of two 2 volt cells and two 4 volt cells as shown in fig.

  64. As a rule two cells are put up in ebonite or celluloid boxes and joined in series so as to give a 4-volt battery, the pressure for which sparking coils are generally designed.

  65. With two head plates, a maximum of about quarter volt was obtained, the lead in the weaker acid being positive.

  66. C, calculated for a potential gradient of 1 volt per cm.

  67. The velocities are in centimetres per second under an electric force of one volt per centimetre, the pressure of the gas being 1 atmosphere.

  68. If we have a potential gradient of 1 volt per centimetre the electric force is 10^8 in C.

  69. R1 and R2 are the velocities of the + and - ions respectively when the force is a volt per centimetre.

  70. When the potential gradient is one volt (10^8 C.

  71. The radioactivity is denoted by A, and A=1 signifies that the potential of the dissipation apparatus fell 1 volt in an hour per metre of wire introduced.

  72. One end of the rheostat is connected directly with the 110-volt circuit.

  73. One end of the rheostat is connected directly with the 110-volt circuit through the main switch S{5}.

  74. This R{1} is connected on one end directly with the 110-volt circuit and the current leaving it passes through the resistance inside the heater in the water-current.

  75. The movement of this plunger is controlled by a current from a 110-volt circuit, the connections of which are shown in fig.

  76. For actuating these solenoids, the 110-volt circuit is again used.

  77. The standard unit in the measure of electrical resistance, being the resistance of a circuit in which a potential difference of one volt produces a current of one amp\'82re.

  78. It is the quantity of electricity conveyed in one second by the current produced by an electro-motive force of one volt acting in a circuit having a resistance of one ohm, or the quantitty transferred by one amp\'8are in one second.


  79. The above list will hopefully give you a few useful examples demonstrating the appropriate usage of "volt" in a variety of sentences. We hope that you will now be able to make sentences using this word.

    Some related collocations, pairs and triplets of words:
    volt circuit; voltaic battery; voltaic cell; voltaic electricity