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We hold a magnet with a powder steel with cast iron powder, copper, messing, bronze, nickel, plastic, wood and paper separately. Magnet will attract iron filings, cast iron, nickel, cobalt and hold it (still attached), is shown in Figure 6.1. Figure 6.1 Magnet pull rod iron powder Steel, tuanng iron, nickel and cobalt are ferromagnetic materials such as iron. Pole ...

The oscilloscope is an electronic measuring instrument, used for viewing the waveform of the voltage, the prices voltage moments in the form of sinus and non-sinus. Oscilloscopes can be seen with waveform audio and video signals, waveforms Voltage Alternating Current Feedback coming from generator power plants, as well as Voltage Direct Current electricity coming from the power supply / battery. ...

The more electrons flow through a conductor in each second, the greater the strength of the electric current, commonly called strong currents. As much as 6.24 trillion electron flow (6.24 • 1018) per second on the conductor cross-sectional area, then this is known as a strong current of 1 Ampere. Thus it can be said: Time = The electric charge ...

Ohm-meter to measure the functioning of prisoners / resistance (resistance). In the techniques of electronics, custody / resistance (resistance) contains two meanings, first, the resistance (resistance) as a name for one of the electronic components namely resistance or resistor, and the second resistance given by conducting material (conductor) and / or materials semi conductor (semiconductor) contained in the electronic components ...

Generation of magnetic stress in the loop is a magnetic coil. As a conductor in a magnetic circle is an iron core. Air gap in this circle will be as magnetic resistor. The width of the air gap will affect the magnetic resistor. The road is closed magnetic field lines is called the magnetic loop (Figure 1.120). This circle can ...

A piece of conductor strung with flat conductive plate placed diatara magnetic pole US. Observe the conductor if the conductor is energized (Figure 1128). Conductor in the above experiment will move in. Picture Conductor current carrying 1,128 in a Magnetic Field This conductor may move because their magnetic fields around each current-carrying conductor and magnetic field from pole N to ...