Accurate and easy to use our Dip Circle is designed for determining the direction, in horizontal and vertical increments, of the Earth’s magnetic field and to demonstrate the magnetic field of a current carrying conductor. The instrument has an aluminum conductor loop with 4-mm safety sockets. A magnetic needle with a pointed axle rotates on bearings above a full circle in transparent material with an angle scale, rotating about the horizontal axis and mounted on acrylic base.
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(230 V, 50/60 Hz), 1003312 [U33020-230], Power Supplies](/thumblibrary/U33020-230/U33020-230_01_140_140_DC-Power-Supply-20-V-5-A-230-V-5060-Hz.jpg)
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for experiments with the vacuum recipient, 1003170 [U21854], Vacuum](/thumblibrary/U21854/U21854_01_140_140_Electric-Doorbell-for-experiments-with-the-vacuum-recipient.jpg)
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![Wimshurst Machine, 1002967 [U15310], Electrostatics](/thumblibrary/U15310/U15310_01_140_140_Wimshurst-Machine.jpg)
![Baroscope -
for experiments with the vacuum recipient, 1003169 [U21853], Vacuum](/thumblibrary/U21853/U21853_01_140_140_Baroscope-for-experiments-with-the-vacuum-recipient.jpg)
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for investigating oscillations and resonances, 1000701 [U56001], Oscillations](/thumblibrary/U56001/U56001_01_140_140_Vibration-generator-for-investigating-oscillations-and-resonances.jpg)
![Free Fall Apparatus -
to determine the gravitational constant g, 1000738 [U8400830], Free Fall](/thumblibrary/U8400830/U8400830_01_140_140_Free-Fall-Apparatus-to-determine-the-gravitational-constant-g.jpg)
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