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Work power time triangle
So we can multiply the three sides of our impedance triangle above by I2 to obtain the corresponding power triangle as: Real Power P = I 2 R Watts, (W) Reactive Power Q = I 2 X Volt-amperes Reactive, (VAr). Ohms Law tells us that in a DC circuit, power (P), in watts, is equal to the current squared (I 2) times the resistance (R). Learn about how power steering works. Search for work power time triangle with Ecosia and the ad revenue from your searches helps us green the desert . Ecosia is the search engine that plants trees. The larger the phase angle, the greater the reactive power. Power Triangle of an AC Circuit Where: P is the I 2 *R or Real power that performs work measured in watts, W Q is the I 2 *X or Reactive power measured in volt-amperes reactive, VAr S is the I 2 *Z or Apparent power measured in volt-amperes, VA Φ is the phase angle in degrees. So we can multiply the three sides of our impedance triangle above by I2 to obtain the corresponding power triangle as: Real Power P = I 2 R Watts, (W) Reactive Power Q = I 2 X Volt-amperes Reactive, (VAr). Ohms Law tells us that in a DC circuit, power (P), in watts, is equal to the current squared (I 2) times the resistance (R). Jul 01, · Power Triangle Where: Real power P = I^2*R (that performs work) in watts, W Reactive power Q = I^2*X or in volt-amperes reactive, VAr Apparent power S = I2*Z in volt . This guide explains when daylight saving time is observed.