depends on where your putting them and what kind they are
The ideal amplifier for your subwoofers depends on their power handling and impedance ratings. Generally, you should choose an amp that delivers power within the subwoofers' RMS (Root Mean Square) rating for optimal performance without distortion. Additionally, make sure the amp's output matches the subwoofers' impedance (e.g., 2 ohms, 4 ohms) to ensure efficient power transfer and avoid damaging the equipment. For best results, consider an amplifier specifically designed for subwoofer use, often labeled as a "subwoofer amplifier."
The common mode rejection ratio of an ideal amplifier is infinity.
The ideal size amplifier for a car is between 80 and 100 watts, otherwise if the consumer wanted more sound or more amps the amplifier must be larger watts capacity.
The ideal wattage for a toaster oven to ensure efficient and effective cooking is typically between 1200 to 1800 watts.
In an ideal transformer the power in equals the power out there is no gain. In an ideal amplifier the power out equals the Gain *Power In. An ideal transformer transforms energy at a ratio of its windings. For example an ideal 1:10 ratio transformer (step up) would convert a 10Volt input at 10amps to a 100Volt output at 1Amp. Or conversely an ideal 10:1 ratio transformer (step down) would convert a 10Volt 10Amp input into a 1Volt 100Amp output. Since Power = Voltage * Current we can see the power in equals the power out in an ideal transformer. In an ideal amplifier the power out is greater than the power in. This is defined as the gain of the amplifier. An ideal amplifier with a Voltage gain of 10 would take a 1Volt 1amp signal and amplify it into a 10Volt 1 amp signal. An ideal amplifier with a Current gain of 10 would take a 1Volt 1Amp signal and amplify it into a 1Volt 10 amp signal. Since Power = Voltage * current we can see the power in is less than the power out showing a gain in power.
To properly power two 700-watt subwoofers, you should aim for an amplifier that can deliver at least 1400 watts RMS (root mean square) total, assuming the subs are wired in parallel. This allows for sufficient power for both subs to perform optimally without distortion. It's also advisable to choose an amp with a bit more wattage than needed to ensure headroom, so a 1600 to 2000-watt amp would be ideal. Always check the specific impedance ratings of your subs and amp for compatibility.
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A typical wattage range for a dining room fixture is between 200 to 400 watts. This will provide adequate lighting for the space without being too overpowering. Consider the size of the room and the ambiance you want to create when selecting the wattage for your dining room fixture.
In the trunk under the rear speaker panel.
To find her ideal weight, you must know her height.
Look up "op amp" on wikipedia, there is a good drawing near the bottom right. An op amp contains a differential amplifier as the first stage, but has multiple following stages that provide amplifier near ideal characteristics of high input resistance and low output resistance (it can drive more current than a single dif amplifier stage).
The wattage of a squiggly light bulb is dependent on its size and brightness. Generally speaking, squiggly light bulbs range from 5 watts to 15 watts. Here is a list of the wattage for the most common sizes of squiggly light bulbs: 2.5 Watt: Ideal for low-light applications 5 Watt: Ideal for accent lighting and task lighting 7 Watt: Ideal for mood lighting and for general lighting 9 Watt: Ideal for general lighting and for brighter task lighting 11 Watt: Ideal for brighter general lighting and for brighter mood lighting 15 Watt: Ideal for brighter general lighting and for brighter mood lightingThe wattage of a squiggly light bulb can vary depending on the manufacturer, so it's important to check the label of the bulb for its exact wattage.