It seems like it would the fact is for maximum power the amplifier output impedance matching the speaker impedance is the factor
Since Voltage = Amps * Ohms, as the resistance increases, it will require more voltage to maintain the same current, so higher resistance will take more power. However, if the voltage is constant, the current will decrease with more ohms, so, basically, the answer to your question is yes.
Yes. The two main reasons are:For a given size of power line more power can be carried by the line at higher voltage and lower amperage with less resistive heating. The heating due to resistance is a waste of energy. This due to Power = Volts X Amps. The higher the Volts the lower the Amps for some amount of Power. The more Amps carried by a conductor the more heat it will produce due to resistance.Since we can use a smaller size of power line to carry a given amount of power we will use less copper or aluminum to make that power line. The less material we use to make the conductor the less energy we have to use to make that conductor. Also the less energy it takes to transport, install, and support that conductor.
it doesnt a lime produce's more voltage than a lemon
One advantage is more bandwidth. A disadvantage is that the transmitted power is lower.
at lower power factor current drawn by load is high and at higher pf the current drawn is less...
Lower power dissipation (except at very very high switching rates, as almost all the power dissipated by CMOS is during switching).
Wattage is the power applied to a speaker. More power usually means more volume. The sound pressure that a speaker will produce will be defined by the power applied, the resistance or impedance of the speaker (a lower impedance speaker will be louder) and the sensitivity of the speaker as a whole (the efficiency to turn the power into sound).
It depends on your definition of "good." Generally, the more air a speaker can move, the lower frequency it can reproduce well. The larger the speaker, the more air it can move.
more power is louder bigger speaker is better quality
RMS wattage on a speaker refers to the continuous power handling capacity that a speaker can sustain without distortion or damage. It indicates the average power level the speaker can handle over time, providing a more accurate measure of performance compared to peak wattage, which represents short bursts of power. Higher RMS wattage generally means the speaker can produce louder sounds and handle more demanding audio without compromising quality.
The speakerphone on cell phones uses more battery power because it requires more energy to produce sound at a higher volume. The speakerphone uses additional hardware components, such as a larger speaker, which draw more power from the battery compared to using the regular phone earpiece.
No, the speaker watts should not be more than the amplifier output in terms of power. It is important to match the speaker's power handling capability with the amplifier's output power to avoid damaging the speakers. It's recommended to have an amplifier that can deliver power within the range recommended for the speaker.
no the higher the ohm the more resistance in the speaker the lower the resistance the more power it will use so if they are the same make the 4 ohm should be louder
Because it is much more efficient to transfer power over a long distance at a high voltage. The higher the voltage the lower the current (amps) and heating losses in the line are proportional to amps2, so the lower the current the better
the lower you can get your power dissapation means the less heat the electronic piece will have to give off. the lower it is, the more efficient the system is. the lower you can get your power dissapation means the less heat the electronic piece will have to give off. the lower it is, the more efficient the system is.
Yes, speaker wire can be used for power transmission, but it is not recommended for high-power applications due to its limited capacity to carry electrical current. It is more suitable for low-power devices like speakers and headphones.
It would work but you would have to adjust the power. Since you are using AC speakers DC. More power=more volume.
Uh, no.