220 V power supply with 380 V motor 220 V household power supply with 380 power electric motor, do not turn on the buzzing sound, for a while the motor is hot, what are the consequences? What is the solution? Say! The key is that it turns today. It turns normally! Guys don't often play a little temper!

It depends on the size of your motor. If you change the angle connection below 3 kW and add a capacitor, you can solve the problem of more than 3 kW. It's better to buy a motor with a frequency converter. It's pure bullshit

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1. In a series circuit, the greater the total resistance, the less the total power of the circuit? A DC motor, with rated voltage of 220 V, normal working resistance of 40 ohm and electric power of 60 kW, what is its normal working current? In the series circuit, it is known that the power supply voltage is 4.5 V, the range of the voltmeter is 0-3 V, the maximum resistance of the sliding rheostat R is 10 ohm, and the small bulb L is marked with the word "2.5V 1.25W". After closing the switch, when the small bulb lights normally, what is its resistance? What is the resistance of the sliding rheostat connected to the circuit / if the resistance of the small bulb remains unchanged, in this circuit, What is the minimum power of a small light bulb? In a series circuit, if the total resistance in the circuit is three times of the original by moving the slide P, how much heat is generated in the same time?
2. It is known that the rated power of electric iron is 70W, and the voltage is 220V, I and R are calculated
3. What is the allowable working current of 2K ohm resistor with rated power of one eighth watt at 12V
4. What is the role of capacitors and resistors on a circuit board?
5. In a circuit, if the voltage U and resistance R are doubled at the same time, how will the power change
6. The power supply voltage of the series circuit remains unchanged, and there is a constant resistance R in series in the circuit. In order to slightly increase the indication of the ammeter, it is necessary to give R--- The answer is to parallel a resistor much larger than R. but what is the reason?
7. 1 megohm = how many ohms Is it the sixth power of 10? It's 10 megohm resistance at 100V, and it's 10 megohm resistance at 1V, right?
8. The price of type a refrigerator sold in shopping malls is 2190 yuan per unit, and the daily power consumption is 1 degree, while the price of type B energy-saving refrigerator is 10% higher than that of type a refrigerator, but the daily power consumption is 0.55 degree? (calculated according to the service life of 10 years, 365 days per year and 0.40 yuan per kilowatt hour)
9. The "pz220 & nbsp; 40" bulb works on a 220 volt circuit______ The power consumption per hour is 1 kilowatt hour, and the power of the circuit connected at 110 V is 0______ The rated power is______ Tile
10. Connect two fixed value resistors in series to both ends of the power supply with voltage of u, the power consumed by R1 is P1, and the power consumed by R2 is 3P1 A. The ratio of voltage between R1 and R2 in series is 3:1b. The power consumed by R1 in parallel is 16p1c. The ratio of current through R1 and R2 in parallel is 1:3d. The total power consumed by two resistors in parallel is 163p1
11. The negative number represented by 5 unit length points on the number axis and the origin is (), and its distance from the point representing 2 is ()
12. It is known that AC = 6BC = 8 in RT △ ABC, and Tan ∠ CDE can be obtained by turning an acute angle of it It is known that in RT △ ABC, ∠ C = 90 °, AC = 6, BC = 8, fold an acute angle so that the vertex of the acute angle falls at the midpoint D of the opposite side, and the crease intersects the other right edge at e and the oblique edge at F. the value of Tan ∠ CDE is obtained
13. As shown in the figure, ab = AC, ∠ BAC = 120 ° in △ ABC, ad ⊥ AC intersects BC at point D, and BC = 3aD
14. As shown in the figure, ab = AC, ∠ BAC = 120 ° in △ ABC, ad ⊥ AC intersects BC at point D, and BC = 3aD
15. As shown in the figure, ab = AC, ∠ BAC = 120 ° in △ ABC, ad ⊥ AC intersects BC at point D, and BC = 3aD
16. As shown in the figure, ab = AC, ∠ BAC = 120 ° in △ ABC, ad ⊥ AC intersects BC at point D, and BC = 3aD
17. As shown in the figure, ab = AC, ∠ BAC = 120 ° in △ ABC, ad ⊥ AC intersects BC at point D, and BC = 3aD
18. As shown in the figure, in the acute angle △ ABC, ab = 4, BC = 5, ∠ ACB = 45 °, rotate △ ABC counterclockwise around point B to obtain △ a1bc1. (1) as shown in Figure 1, when point C1 is on the extension line of line Ca, calculate the degree of ∠ cc1a1; (2) as shown in Figure 2, connect Aa1 and CC1. If the area of △ aba1 is 4, calculate the area of △ cbc1
19. As shown in the figure, rotate the right angle triangle ABC (where ∠ ABC = 60 °) clockwise around point B to the position of a1bc1, so that points a, B and C1 are on the same straight line. If the length of AB is 10, then the distance from point a to point A1 is equal to the distance______ (results π reserved)
20. As shown in the figure, ab = BC, ∠ ABC = 90 ° in △ ABC, and △ ABC rotates clockwise around point B to △ a1bc1, and the rotation angle is α, 0 °