Amperes law hi-res stock photography and images

. English: André Marie Ampère (french physicist). Français : André Marie Ampère (physicien français). . Etching by F Tonnelat of the French physicist and mathematician Andre-Marie Ampere (1775-1836). Hans Christian oersted's (1777-1851) discovery that an electric current generates a magnetic field stimulated Ampere to investigate electric current and electrodynamics. His most significant contribution was the mathematical formulation of magnetism, known as Ampere's law, which he provided in 1827. The SI (the international system of standard scientific units) unit of electric current was named Stock Photo

RMMW75GR–. English: André Marie Ampère (french physicist). Français : André Marie Ampère (physicien français). . Etching by F Tonnelat of the French physicist and mathematician Andre-Marie Ampere (1775-1836). Hans Christian oersted's (1777-1851) discovery that an electric current generates a magnetic field stimulated Ampere to investigate electric current and electrodynamics. His most significant contribution was the mathematical formulation of magnetism, known as Ampere's law, which he provided in 1827. The SI (the international system of standard scientific units) unit of electric current was named

Andre Marie Ampere 1775 - 1836 French Physicist Mathematician Stock Photo

RMR7J33B–Andre Marie Ampere 1775 - 1836 French Physicist Mathematician

Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire with soft iron core Stock Photo

RMRHY0FA–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire with soft iron core

Andre Marie Ampère (January 20, 1775 - June 10, 1836) French physicist, chemist, and mathematician. Ampère established the relations between electricity and magnetism, and in developing the science of electromagnetism, or, as he called it, electrodynamics. In 1820 he demonstrated that parallel wires carrying currents attract or repel each other, depending on whether currents are in the same (attraction) or in opposite directions (repulsion). This laid the foundation of electrodynamics. Stock Photo

RMT96KYT–Andre Marie Ampère (January 20, 1775 - June 10, 1836) French physicist, chemist, and mathematician. Ampère established the relations between electricity and magnetism, and in developing the science of electromagnetism, or, as he called it, electrodynamics. In 1820 he demonstrated that parallel wires carrying currents attract or repel each other, depending on whether currents are in the same (attraction) or in opposite directions (repulsion). This laid the foundation of electrodynamics.

. Stoichiometry . 0125 -0 125 0 250 0 375. 3375 6750 10125 13 500 20 250 e Fig. 55.—Diagrams of the deviations from the laws relating to perfect gaseswhich would be observed in the case of gases under low pressures if theformula of Van der Waals were applicable to them.Diagram i.—Deviation from Boyles law.Diagram 2.— ,, ,, Avogadros (Amperes) law. Diagram 3.— „ „ Gay Lussacs law. Diagram 4.—Thermal effects produced during expansion. Curve Tg.—Thermal effect due to external work, resulting from variation in value of PV.Curve Ti.—Thermal effect due to internal work.Curve T;.—Joule-Thomson effect Stock Photo

RM2CE4AR0–. Stoichiometry . 0125 -0 125 0 250 0 375. 3375 6750 10125 13 500 20 250 e Fig. 55.—Diagrams of the deviations from the laws relating to perfect gaseswhich would be observed in the case of gases under low pressures if theformula of Van der Waals were applicable to them.Diagram i.—Deviation from Boyles law.Diagram 2.— ,, ,, Avogadros (Amperes) law. Diagram 3.— „ „ Gay Lussacs law. Diagram 4.—Thermal effects produced during expansion. Curve Tg.—Thermal effect due to external work, resulting from variation in value of PV.Curve Ti.—Thermal effect due to internal work.Curve T;.—Joule-Thomson effect

Andre Marie AmpÌ¬re, French Physicist Stock Photo

RMHRKKGD–Andre Marie AmpÌ¬re, French Physicist

Mechanics line icons collection. Physics, Dynamics, Kinetics, Motion, Movement, Force, Energy vector and linear illustration. Work,Newton's laws Stock Vector

RF2PNXYD9–Mechanics line icons collection. Physics, Dynamics, Kinetics, Motion, Movement, Force, Energy vector and linear illustration. Work,Newton's laws

Close up of a row of electrical resistors Stock Photo

RFA8JNYE–Close up of a row of electrical resistors

RMMY9BCH–. English: André Marie Ampère (french physicist). Français : André Marie Ampère (physicien français). . Etching by F Tonnelat of the French physicist and mathematician Andre-Marie Ampere (1775-1836). Hans Christian oersted's (1777-1851) discovery that an electric current generates a magnetic field stimulated Ampere to investigate electric current and electrodynamics. His most significant contribution was the mathematical formulation of magnetism, known as Ampere's law, which he provided in 1827. The SI (the international system of standard scientific units) unit of electric current was named

RMRHY0FF–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire with soft iron core

The modern electroplater; a complete book considering fully the elementary principles of electro deposition of metals, their practical application and industrial use . s expressed in amperes. The gallon and the ampere,then, are both units of quantity measurement. Amore technical definition of the ampere is: the prac-tical equivalent of the unvarying current which, whenpassed through a solution of nitrate of silver in water(in accordance with standard specifications), depositssilver at the rate of 0.001118 gram per second, Itis also interesting to- note that in accordance with thesecond law of Stock Photo

RM2AKM8RF–The modern electroplater; a complete book considering fully the elementary principles of electro deposition of metals, their practical application and industrial use . s expressed in amperes. The gallon and the ampere,then, are both units of quantity measurement. Amore technical definition of the ampere is: the prac-tical equivalent of the unvarying current which, whenpassed through a solution of nitrate of silver in water(in accordance with standard specifications), depositssilver at the rate of 0.001118 gram per second, Itis also interesting to- note that in accordance with thesecond law of

RMHRNW0N–Andre Marie AmpÌ¬re, French Physicist

RF2PP59HW–Mechanics line icons collection. Physics, Dynamics, Kinetics, Motion, Movement, Force, Energy vector and linear illustration. Work,Newton's laws

. Etching by F Tonnelat of the French physicist and mathematician Andre-Marie Ampere (1775-1836). Hans Christian oersted's (1777-1851) discovery that an electric current generates a magnetic field stimulated Ampere to investigate electric current and electrodynamics. His most significant contribution was the mathematical formulation of magnetism, known as Ampere's law, which he provided in 1827. The SI (the international system of standard scientific units) unit of electric current was named in his honour in 1881, replacing the term 'weber'. He became Profesor of Physics and Chemistry at Bourg Stock Photo

RMMMMR7F–. Etching by F Tonnelat of the French physicist and mathematician Andre-Marie Ampere (1775-1836). Hans Christian oersted's (1777-1851) discovery that an electric current generates a magnetic field stimulated Ampere to investigate electric current and electrodynamics. His most significant contribution was the mathematical formulation of magnetism, known as Ampere's law, which he provided in 1827. The SI (the international system of standard scientific units) unit of electric current was named in his honour in 1881, replacing the term 'weber'. He became Profesor of Physics and Chemistry at Bourg

RMRHY0FH–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire with soft iron core

Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern Stock Photo

RMRHY060–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

RMHRKP8M–Andre Marie AmpÌ¬re, French Physicist

RF2PNYPA5–Mechanics line icons collection. Physics, Dynamics, Kinetics, Motion, Movement, Force, Energy vector and linear illustration. Work,Newton's laws

. The principles of physics. very molecule is a magnet. According to the theory, in an unmagnetized bar thesecurrents lie in all possible planes, and, having no unity ofdirection, they neutralize one another, and so their effect asa system is zero. But if a current of electricity or a magnetbe brought near, the effect of the induction is to turn thecurrents into parallel planes, and in the same direction, inconformity to Amperes Second Law. If the retentivity bestrong enough, this parallelism will be maintained after theremoval of the inducing cause, and a permanent magnet isthe result. Intens Stock Photo

RM2AFPTN4–. The principles of physics. very molecule is a magnet. According to the theory, in an unmagnetized bar thesecurrents lie in all possible planes, and, having no unity ofdirection, they neutralize one another, and so their effect asa system is zero. But if a current of electricity or a magnetbe brought near, the effect of the induction is to turn thecurrents into parallel planes, and in the same direction, inconformity to Amperes Second Law. If the retentivity bestrong enough, this parallelism will be maintained after theremoval of the inducing cause, and a permanent magnet isthe result. Intens

RMMX490Y–. English: André Marie Ampère (french physicist). Français : André Marie Ampère (physicien français). . Etching by F Tonnelat of the French physicist and mathematician Andre-Marie Ampere (1775-1836). Hans Christian oersted's (1777-1851) discovery that an electric current generates a magnetic field stimulated Ampere to investigate electric current and electrodynamics. His most significant contribution was the mathematical formulation of magnetism, known as Ampere's law, which he provided in 1827. The SI (the international system of standard scientific units) unit of electric current was named

RMRHY0AY–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

RMHRKMP0–Andre Marie AmpÌ¬re, French Physicist

RF2PP5123–Mechanics line icons collection. Physics, Dynamics, Kinetics, Motion, Movement, Force, Energy vector and linear illustration. Work,Newton's laws

. The principles of physics. Fig. 430. Fig. 431. Fig. 432. become parallel to the current above, but that the current inthe upper half of the coil, w^here the influence due to prox-imity is greatest, tends to place itself so as to flow in thesame direction as that of the current above. 512. Amperes Laws. —Law 1. Parallel currents, if in thesame direction, attract one another; and if in opposite direc-tions, they repel one another. Law 2. Currents that are not parallel tend to become paralleland flow in the same direction. A little reflection will show that the observed motion isthe expression Stock Photo

RM2AFPTTB–. The principles of physics. Fig. 430. Fig. 431. Fig. 432. become parallel to the current above, but that the current inthe upper half of the coil, w^here the influence due to prox-imity is greatest, tends to place itself so as to flow in thesame direction as that of the current above. 512. Amperes Laws. —Law 1. Parallel currents, if in thesame direction, attract one another; and if in opposite direc-tions, they repel one another. Law 2. Currents that are not parallel tend to become paralleland flow in the same direction. A little reflection will show that the observed motion isthe expression

RMRHY0D2–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

RMHRNW0P–Andre Marie AmpÌ¬re, French Physicist

RF2PP4E9X–Mechanics line icons collection. Physics, Dynamics, Kinetics, Motion, Movement, Force, Energy vector and linear illustration. Work,Newton's laws

[Electric engineering.] . ould require about £ am-pere; hence, from Ohms law, itsresistance when hot must be in theneighborhood of 230 ohms. In orderto get such a high resistance, the fila-ment must be long and fine. Lampsdesigned for low voltage and largecurrent would be provided with short,thick filaments. Fig. 4 shows a low-voltage lamp designed to take about3^ amperes. In this case the filamentis short and correspondingly thick.Lamps with thick filaments, like theone shown in Fig. 4, are not so efficientas those with long, fine filaments. Fig. 3 shows the way in which the filaments are usu Stock Photo

RM2AX76XF–[Electric engineering.] . ould require about £ am-pere; hence, from Ohms law, itsresistance when hot must be in theneighborhood of 230 ohms. In orderto get such a high resistance, the fila-ment must be long and fine. Lampsdesigned for low voltage and largecurrent would be provided with short,thick filaments. Fig. 4 shows a low-voltage lamp designed to take about3^ amperes. In this case the filamentis short and correspondingly thick.Lamps with thick filaments, like theone shown in Fig. 4, are not so efficientas those with long, fine filaments. Fig. 3 shows the way in which the filaments are usu

RMRHY06R–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

RF2PNW8F6–Mechanics line icons collection. Physics, Dynamics, Kinetics, Motion, Movement, Force, Energy vector and linear illustration. Work,Newton's laws

An elementary book on electricity and magnetism and their applications . s B QMohms C 0.02 ohms D Fig. 32. — Trolley line with a generator at each end. Solution. Let x = current in KH and BA,then x — 100 = current in HF and CB, and 180 -x = current in EF and CD. This is according to Kirchhoffs First Law. jVoltage across car 1 equals 600-0.21x. Voltage across car 1 also equals 580 -0.14(180-2:) +0.28(x -100).Therefore (according to Second Law), 600-0.21z =580-0.14(180-x)+0.28(j-100).Solving for x, we have x = 116 amperes,and voltage across car 1 equals600-(0.21 XI16) =576 volts. Current in EF = Stock Photo

RM2AJ2MAP–An elementary book on electricity and magnetism and their applications . s B QMohms C 0.02 ohms D Fig. 32. — Trolley line with a generator at each end. Solution. Let x = current in KH and BA,then x — 100 = current in HF and CB, and 180 -x = current in EF and CD. This is according to Kirchhoffs First Law. jVoltage across car 1 equals 600-0.21x. Voltage across car 1 also equals 580 -0.14(180-2:) +0.28(x -100).Therefore (according to Second Law), 600-0.21z =580-0.14(180-x)+0.28(j-100).Solving for x, we have x = 116 amperes,and voltage across car 1 equals600-(0.21 XI16) =576 volts. Current in EF =

RMRHY06B–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

. Rational therapy . fferedby the human body. That is, the zinc of a cell is connected bywire with the carbon of the next and so on. If the resistance isslight and a larger quantity is desired, as for instance, in galvano-cautery, all the zinc plates and all the carbon plates of the cellsare connected. The Watt is the unit of power. It is obtained by multiplyingthe Volts by the Amperes. Seven hundred and forty-six Wattsare equal to one horse power. Electricity is measured according to the Ohm law. Thestrength of the current passing through any part of a circuitvaries directly as the difference Stock Photo

RM2CDD4F6–. Rational therapy . fferedby the human body. That is, the zinc of a cell is connected bywire with the carbon of the next and so on. If the resistance isslight and a larger quantity is desired, as for instance, in galvano-cautery, all the zinc plates and all the carbon plates of the cellsare connected. The Watt is the unit of power. It is obtained by multiplyingthe Volts by the Amperes. Seven hundred and forty-six Wattsare equal to one horse power. Electricity is measured according to the Ohm law. Thestrength of the current passing through any part of a circuitvaries directly as the difference

RMRHY0F7–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

. The street railway review . thing that most roadswould have to buy would be the low reading voltmeter.To test the resistance of any one of the coils of a motora current is passed through it (the quantity being meas-ured by the ammeter) and the difference of potentialbetween the terminals of the coil is noted with the lowreading voltmeter. Then, according to Ohms law the^resistance of the coil is equal to the voltage at the ter-minals of the coil divided by the current in amperes.This being a simple case of division in arithmetic theresistance in ohms is calculated by the shop men for each. C Stock Photo

RM2CH48G5–. The street railway review . thing that most roadswould have to buy would be the low reading voltmeter.To test the resistance of any one of the coils of a motora current is passed through it (the quantity being meas-ured by the ammeter) and the difference of potentialbetween the terminals of the coil is noted with the lowreading voltmeter. Then, according to Ohms law the^resistance of the coil is equal to the voltage at the ter-minals of the coil divided by the current in amperes.This being a simple case of division in arithmetic theresistance in ohms is calculated by the shop men for each. C

RMRHY04B–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

. Principles of electro-medicine, electrosurgery and radiology : a practical treatise for students and practitioners. With chapters on mechanical vibration and blood pressure technique . of a circuit producing a current of10 amperes at a pressure of 100 volts? Solution: Resistance= ————=10 ohms. 10 (amperes) (In the above examples, same voltage, amperage and resistance hasbeen used, so that the reader may see at a glance that the above law iscorrect.) From the above, we see that in order to increase the amperage or cur-rent strength in a conductor, we must either increase the voltage or de-cre Stock Photo

RM2CH5433–. Principles of electro-medicine, electrosurgery and radiology : a practical treatise for students and practitioners. With chapters on mechanical vibration and blood pressure technique . of a circuit producing a current of10 amperes at a pressure of 100 volts? Solution: Resistance= ————=10 ohms. 10 (amperes) (In the above examples, same voltage, amperage and resistance hasbeen used, so that the reader may see at a glance that the above law iscorrect.) From the above, we see that in order to increase the amperage or cur-rent strength in a conductor, we must either increase the voltage or de-cre

RMRHY0A2–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

. Principles of electro-medicine, electro-surgery and radiology : a practical treatise for students and practioners, with chapters on mechanical vibration and blood pressure technique . sistance of a circuit producing a current of10 amperes at a pressure of 100 volts? Solution: Resistance^ —=10 ohms. 10 (amperes) (In the above examples, same voltage, amperage and resistance hasbeen used, so that the reader may see at a glance that the above law iscorrect.) From the above, we see that in order to increase the amperage or cur-rent strength in a conductor, we must either increase the voltage or d Stock Photo

RM2CRMGF7–. Principles of electro-medicine, electro-surgery and radiology : a practical treatise for students and practioners, with chapters on mechanical vibration and blood pressure technique . sistance of a circuit producing a current of10 amperes at a pressure of 100 volts? Solution: Resistance^ —=10 ohms. 10 (amperes) (In the above examples, same voltage, amperage and resistance hasbeen used, so that the reader may see at a glance that the above law iscorrect.) From the above, we see that in order to increase the amperage or cur-rent strength in a conductor, we must either increase the voltage or d

RMRHY06H–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

. Journal of electricity . Ohms Law aswell as the three special laws of simple series cir-cuits: (1) The number of amperes at any instant isthe same in every part of the circuit; (2) The resist-ance of a series circuit is equal to the sum of theresistances of the several parts; (3) The pressureapplied to a series circuit is equal to the sum of thevoltages across the several parts. Note also thatOhms Law applies to the circuit as a whole: Voltsapplied to circuit ^ amperes X total ohms. As an example of this sort of circuit, take theconnection of a telephone transmitter in a local bat-tery set. Stock Photo

RM2CHAXWT–. Journal of electricity . Ohms Law aswell as the three special laws of simple series cir-cuits: (1) The number of amperes at any instant isthe same in every part of the circuit; (2) The resist-ance of a series circuit is equal to the sum of theresistances of the several parts; (3) The pressureapplied to a series circuit is equal to the sum of thevoltages across the several parts. Note also thatOhms Law applies to the circuit as a whole: Voltsapplied to circuit ^ amperes X total ohms. As an example of this sort of circuit, take theconnection of a telephone transmitter in a local bat-tery set.

RMRHY0G7–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire with soft iron core

. Electrical instruments and telephones of the U.S. Signal corps . currents, asshown in the foreffoinir tests. ELECTRICAL INSTRUMENTS U. S. SIGNAL CORPS. 249 THE VOLTMETER AND AMMETER. On land telegraph lines and the apparatus connected therewith theelectrical units Avith which we are usually concerned iu measurementsand tests are those given in Ohms law—the current in amperes equalsthe electromotiA^e force in volts divided by the resistance of the cir-cuit in ohms; expressed algebraically C=-^. The galvanometer, in one or the other of its forms, uieasures current. AVhen of low resist-ance and Stock Photo

RM2CRW3N9–. Electrical instruments and telephones of the U.S. Signal corps . currents, asshown in the foreffoinir tests. ELECTRICAL INSTRUMENTS U. S. SIGNAL CORPS. 249 THE VOLTMETER AND AMMETER. On land telegraph lines and the apparatus connected therewith theelectrical units Avith which we are usually concerned iu measurementsand tests are those given in Ohms law—the current in amperes equalsthe electromotiA^e force in volts divided by the resistance of the cir-cuit in ohms; expressed algebraically C=-^. The galvanometer, in one or the other of its forms, uieasures current. AVhen of low resist-ance and

RMRHY05W–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

. Dental radiology . Ohms Law. The formula is this: C equals E divided by R. (C=—.) R In this formula C stands for current or amperes; E standsfor electro-motive force or volts; R stands for resistance orohms, so that we may write that same law in another way:Amperes equal volts divided by ohms. From this law, which is in the form of an equation, wecan find any unit provided we have the other two units given;for example, we will take a simple problem: How manyamperes will pass through an electrical lamp operating under apotential of 110 volts and with a resistance of 220 ohms? 68 Applying the Stock Photo

RM2CRT3BG–. Dental radiology . Ohms Law. The formula is this: C equals E divided by R. (C=—.) R In this formula C stands for current or amperes; E standsfor electro-motive force or volts; R stands for resistance orohms, so that we may write that same law in another way:Amperes equal volts divided by ohms. From this law, which is in the form of an equation, wecan find any unit provided we have the other two units given;for example, we will take a simple problem: How manyamperes will pass through an electrical lamp operating under apotential of 110 volts and with a resistance of 220 ohms? 68 Applying the

RMRHY067–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

. Dental radiology . The formula is this: EC equals E divided bv R. (C:=—.)• R In this formula C stands for current or amperes; E standsfor electro-motive force or volts; R stands for resistance orohms, so that we may write that same law in another way:Amperes equal volts divided by ohms. From this law, which is in the form of an equation, wecan find any unit provided we have the other two units given;for example, we will take a simple problem: How manyamperes will pass through an electrical lamp operating under apotential of 110 volts and with a resistance of 220 ohms? 68 Applying the formula Stock Photo

RM2CRN5PM–. Dental radiology . The formula is this: EC equals E divided bv R. (C:=—.)• R In this formula C stands for current or amperes; E standsfor electro-motive force or volts; R stands for resistance orohms, so that we may write that same law in another way:Amperes equal volts divided by ohms. From this law, which is in the form of an equation, wecan find any unit provided we have the other two units given;for example, we will take a simple problem: How manyamperes will pass through an electrical lamp operating under apotential of 110 volts and with a resistance of 220 ohms? 68 Applying the formula

RMRHY04D–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

. The elements of physiological physics: an outline of the elementary facts, principles, and methods of physics; and their applications in physiology. Biophysics. Chap. ix.j AMPERE'S LAW. 95 angle. The side to which the needle is deflected de- pends on the direction of the current, and whether passed above or below the needle. The laws of direction were worked out by Ampere ; and he has given an easily remembered rule for determining the directions. Suppose an observer placed parallel to and facing the wires, and let the current be directed as if passing from his feet to his head, then the nor Stock Photo

RMRCFN21–. The elements of physiological physics: an outline of the elementary facts, principles, and methods of physics; and their applications in physiology. Biophysics. Chap. ix.j AMPERE'S LAW. 95 angle. The side to which the needle is deflected de- pends on the direction of the current, and whether passed above or below the needle. The laws of direction were worked out by Ampere ; and he has given an easily remembered rule for determining the directions. Suppose an observer placed parallel to and facing the wires, and let the current be directed as if passing from his feet to his head, then the nor

RMRHY0B6–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

RMRHY065–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

RMRHY0G0–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire with soft iron core

RMRHY0AR–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

RMRHY0CY–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

RMRHY0EX–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

RMRHY0G4–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire with soft iron core

RMRHY06D–Faint electromagnetic fields causing magnetism when high current and voltage passed through windings of copper wire showing magnetic flux pattern

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