W = Amps times Volts. A = W/V, A = 300/120 = 2.5 amps
A panel does not generate any current, the generating happens at the power plant. A 280 watt panel on a 120 v supply can supply up to 2.3 amps.
The Sony XM752X amplifier can output up to 280 watts RMS per channel at 4 ohms, or 380 watts RMS per channel at 2 ohms, when both channels are driven with a 20Hz - 20kHz signal.
280 meters = 11,023.622 inches.
By unit of length and distance and conversion ,we can say that 1 cm=10 mm 280 mm =28 mm
W = Amps times Volts. A = W/V, A = 300/120 = 2.5 amps
About 208,796 watts.
A panel does not generate any current, the generating happens at the power plant. A 280 watt panel on a 120 v supply can supply up to 2.3 amps.
I am assuming you're referring to AC voltage and that the 280 volts are peak-to-peak. In such a case, the effective voltage would be 280 divided by the square root of 2. sqrt(2) ~ 1.414 280/1.414 = 198.02 volts This is also called the rms (Root Mean Square)
The Sony XM752X amplifier can output up to 280 watts RMS per channel at 4 ohms, or 380 watts RMS per channel at 2 ohms, when both channels are driven with a 20Hz - 20kHz signal.
14 ohm X 20 A = 240 V (V=IR) the answer is 280 14x20 is 280!
Approx. 280 VRMS. Vpeak * 0.707 = Vrms
280 ml of water is 280 grams
280/5 = 56
It is 350 mcm cable and Table 310-16 1996 NEC gives limiting values of 260 amps at 60 degrees C up to 350 amps for 90 degrees for copper, or 210/280 amps for aluminium.
It consumes about 280-380 Watts per hour. this is a high consumption of course, especially of we compare it the Ps2's consumption which wasn't exceeding the 50 watts !!
280 is the real value the K signify a multiplier of 1000 so 280000is the final value