105 watts chann @ 8 ohm speakers
Watts = Amps x Volts. This is the same as VA. So 2KVA is equal to 2000 watts.
Since the equation for watts is: Volts * Amps = Watts that would mean 12 Volts * 1 Amp = 12 Watts
nominal 600 watts 610 Watts
The exciter is really a very small transmitter. It produces the exact kind of signal that the transmitter makes, except that its power is too low to be of much use. In the transmitter there is an amplifier that boosts this low power to a high level so that it can reach farther. A classical design example is an FM transmitter. A small exciter cabinet contains an audio input section, and RF oscillator and modulator, and a small power amplifier of perhaps 10 watts, and a small power supply to run these things. This is the exciter. The audio feed is sent into the exciter and an FM signal comes out. If you were close to the exciter with your receiver, and the exciter were connected directly to the radio antenna, you could listen to the station just fine. But 10 watts will only go a few miles. To cover a small town, you might need 1000 to 10,000 watts, or for a large city, you could use 100,000 watts. The transmitter therefore includes, besides the exciter cabinet, a much larger cabinet, or set of cabinets, containing a substantial power supply and amplifier to boost the exciter's power output to the proper level. It is this high-power output that is fed to the antenna.
65 KW
As much I know, the quality of sound or let say music depends not only on the quality of speaker as well as on amplifier also. A good amplifier allows the user to play the music on phone on high volume without distortion or disturbance.
The 200 watts on an amplifer would refer to output if it were turned up all the way. This does not tell you how much electricity the amplifier would use. There is some power lost from heat, but we don't know just how much, from the information above.
It depends on the power rating of the amplifier. The rule of thumb is often said to be 1000 RMS watts per farad. RMS watts is basically the average output of your amp/subwoofer. The power ratings most often given by manufacturers are Peak Watts, ie. how much power the amp/sub can take before breaking down. The RMS wattage is often about half of your Peak rating. So, given that you are running your 1000w Peak Pioneer subwoofer on a 1000w Peak amplifier, and given that both of them are 500w RMS, yes, a 1 farad capacitor would give the amplifier enough juice to run the sub.
volts x amperes = watts so amperes = watts / volts X amperes = 700 watts / 12 volts = 58.33 amps Your amplifier draws 58.33 amps. This is assuming that your 700 watt number is actually based on power transferred to the speakers and is actually a number more applicable to lights or motors. Power moving through an amplifier changes up/down incredibly rapidly with the volume and frequency of the sound. That means that you may get 700 watts (and 58 amps), but only for a tiny fraction of a second. In addition an honest 700 Watt amplifier may only put 700 Watts through particular low resistance speakers (a 1 ohm or 2 ohm subwoofer for example where common speakers might be be 4 ohms and only receive half the power). Add that many low end manufacturers are notoriously 'optimistic' about their power levels and you have quite a mess.
If you have a newer car factory stereo or a a deck you purchased it alone should have enough power to power those. Depending on how much watts the speakers are.
how much oil does an yamaha xt500 take
You can expect to spend around $200 for an intergrated amplifier.
How much oil does a 2001 Yamaha TTR 125 hold? How much oil does a 2001 Yamaha TTR 125 hold? How much oil does a 2001 Yamaha TTR 125 hold?
200 watts
The Yamaha bravo is 18 horsepower.
How much horsepower does a stock 2006 Yamaha raptor have?"
300 watts