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@SONYSony-em8dt6 ай бұрын
Magnetic Field Interaction: The magnets on the motor tip would indeed create a changing magnetic field when spun near the blender coil. This changing field can induce a small voltage in the coil, following the principle of electromagnetic induction. Limited Voltage from Low Power Source: However, the key point is the limited power of the 9v battery. The induced voltage in the coil depends on the strength of the changing magnetic field. A tiny motor powered by a 9v battery wouldn't create a strong enough magnetic field to induce a significant voltage in the coil. Inefficiencies and Power Transfer: Additionally, there are energy losses in the system. Friction in the motor and resistance in the wires all contribute to wasted energy. The overall efficiency of converting the 9v battery's energy to a usable voltage in the coil would be very low. Stepping Up Voltage Needs a Boost Converter: Even if a small voltage was induced in the coil, it wouldn't be anywhere near 240v. While there are devices called boost converters that can increase voltage, they require a minimum input voltage to function effectively. A tiny voltage from the coil wouldn't be enough for a boost converter to create a substantial output. So, while the spinning motor with magnets near the coil might create a small voltage due to electromagnetic induction, it wouldn't be usable as 240v electricity. The limitations of the 9v battery's power, inefficiencies in the system, and the need for a minimum input voltage for a boost converter all prevent this setup from achieving what the video might have suggested. Thanks Ai
@mr_bhaiyukarosiya725410 ай бұрын
how to buy magnet
@wagnerpereira83117 ай бұрын
Bom
@johanrifaldo837611 ай бұрын
Boleh saya pesan 1 bang berapa harga nya
@Yousafengineering Жыл бұрын
❤❤❤
@DediHardiat-w5u6 ай бұрын
👍👍👍☕☕
@mohinderkaur6671 Жыл бұрын
why not 1 megawatt? at about 1 million volts? supergenius