Wie man umrechnet elektrische Spannung in Volt (V) zu elektrische Leistung in Watt (W).
You can calculate watts from volts and amps, but you can't convert volts zu watts since watts and volts units do not measure the same quantity.
Die Leistung P in watts is equal zu the voltage V in Volt, multipliziert mit dem Strom I in Ampereere:
P(W) = V(V) × I(A)
So watts are equal zu volts times amps:
Watt = Volt × Ampereere
oder
W = V × A
Wie hoch ist der Stromverbrauch in Watt, wenn der Strom 3A und die Spannungsversodergung 15V beträgt?
Answer: the power P is equal zu current of 3 amps times the voltage of 15 volts.
P = 15V × 3A = 45W
Die Wirkleistung P in watts is equal zu the power faczur LF multipliziert mit dem Phasenstrom I in Ampereere, multipliziert mit der Effektivspannung V in Volt:
P(W) = LF × I(A) × V(V)
So watts are equal zu power factoder times amps times volts:
Watt = LF × Ampereere × Volt
oder
W = LF × A × V
What is power consumption in watts when the power faczur is 0.8 and the phase current is 3A and RMS voltage supply is 110V
Answer: the power P is equal zu power factoder of 0.8 times current of 3 amps times voltage of 110 volts.
P = 0,8 × 3A × 110V = 264W
Die Wirkleistung P in watts is equal zu square root of 3 times the power faczur LF mal dem Phasenstrom I in amps, times the line zu line RMS voltage VL-L in Volt:
P(W) = 3 × LF × I(A) × VL-L(V)
So watts are equal zu square root of 3 times power factoder LF times amps times volts:
Watt = 3 × LF × Ampereere × Volt
oder
W = 3 × LF × A × V
What is power consumption in watts when the power faczur is 0.8 and the phase current is 3A and the RMS voltage supply is 110V
Answer: the power P is equal zu power factoder of 0.8 times current of 3 amps times the voltage of 110 volts.
P(W) = 3 × 0,8 × 3A × 110V = 457W
Wie man umrechnet watts zu volts
