CMA 060
The CMA 060 resonance kit is a versatile tool that can be used to introduce students to the basics of oscillation, resonance, electromagnetic induction, and spring constants. The kit includes a ground plate, two metal bars, a plastic cylinder, a coil, a magnet holder, two magnets, a spring, and a spring holder. For use with the kit, CMA suggests the separate purchase of the CMA Force Sensor 0663i and the CMA CoachLab I/II/II+ interface.
The coil in the CMA 060 kit can be used to actuate the magnets, allowing the user to drive the system and observe resonance. The coil can also be used to sense the movement of the magnets, allowing the user to study electromagnetic induction and measure the voltage induced in the coil.
CMA 060
The CMA 060 resonance kit is a versatile tool that can be used to introduce students to the basics of oscillation, resonance, electromagnetic induction, and spring constants. The kit includes a ground plate, two metal bars, a plastic cylinder, a coil, a magnet holder, two magnets, a spring, and a spring holder. For use with the kit, CMA suggests the separate purchase of the CMA Force Sensor 0663i and the CMA CoachLab I/II/II+ interface.
The coil in the CMA 060 kit can be used to actuate the magnets, allowing the user to drive the system and observe resonance. The coil can also be used to sense the movement of the magnets, allowing the user to study electromagnetic induction and measure the voltage induced in the coil.
CMA 060
The CMA 060 resonance kit is a versatile tool that can be used to introduce students to the basics of oscillation, resonance, electromagnetic induction, and spring constants. The kit includes a ground plate, two metal bars, a plastic cylinder, a coil, a magnet holder, two magnets, a spring, and a spring holder. For use with the kit, CMA suggests the separate purchase of the CMA Force Sensor 0663i and the CMA CoachLab I/II/II+ interface.
The coil in the CMA 060 kit can be used to actuate the magnets, allowing the user to drive the system and observe resonance. The coil can also be used to sense the movement of the magnets, allowing the user to study electromagnetic induction and measure the voltage induced in the coil.
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