Wattage= current*voltage*power factor. Wattage=VI Cos(@)
The wattage of bulb one uses in a bedroom lamp depends on several factors. If it is a lamp used for back ground lighting or a night lamp, one would use a very low wattage bulb. If it is for a bedroom reading lamp, one would want a stronger wattage. The biggest factor on deciding what wattage to use is the wattage suggested by the lamp manufacturer. All lamps are marked with recommend bulb wattage.
The wattage of the UVB fixture for a beardie should be 26 watt bulb.
Most equate wattage with the amount of light a bulb will put out. But, the wattage is the result of the resistance of the element and the voltage and is the amount of heat. the frequency is unrelated.
This is okay as long as you don't exceed the total wattage rating for the track.
Wattage= current*voltage*power factor. Wattage=VI Cos(@)
Yes, wattage is wattage, is wattage, is wattage. "Power" is calculated in wattage. It equals the voltage times the current in amps. In a light bulb, the resistive filament will cause a certain amount if current to flow making the filament hot and producing light.
The wattage can vary depending on manufacturer, capacity, model, etc. The wattage will be stated on a label fastened to the boiler.
NO preamp has wattage or a wattage rating. The only wattage involved in a sound system comes from the POWER amp
Find the wattage rating on the dimmer controller. This is the maximum allowable wattage that the lamp in the fixture should be. Lamp wattage ratings under the rated dimmer wattage is fine but do not install a larger wattage lamp that is over the dimmer control's rating.
The wattage of bulb one uses in a bedroom lamp depends on several factors. If it is a lamp used for back ground lighting or a night lamp, one would use a very low wattage bulb. If it is for a bedroom reading lamp, one would want a stronger wattage. The biggest factor on deciding what wattage to use is the wattage suggested by the lamp manufacturer. All lamps are marked with recommend bulb wattage.
wattage is nothing but power product of current and voltage p=v*i
Wattage, you mean power. Power = V * I. V - the voltage and I the current.
The wattage will depend upon the type of bulb and the number of lights on the string. It will tell you on the package what each bulb requires in wattage, so you only need to multiply that by the number of bulbs in the string. so, number of bulbs x wattage requirement for each bulb = wattage requirement.
Wattage = Outage Voltage + Outage Wattage
25 watts woulod be an average wattage for a radio... i think :)
Wattage of a Sanyo Bar Fridge ,please?