Yes it will with a regular Edison bulb but when it comes to the cfl and florecent tube lights well their gases can settle and cause that dancing light or flickering if seen through a shade with those just remove shake and replace but they also can flicker with voltage changes but they need a more significant voltage change to be noticeable
The power supply converts the high voltage (e.g. 120VAC in US, 240VAC in Europe) alternating current house electricity supply down to the various different low voltage direct current supplies needed by different devices that make up the computer. These low voltage direct current supplies are tightly regulated in the power supply circuitry to prevent transients in the house electric supply from perturbing the computer's electronics as well as to compensate for variations in power demand as the different devices that make up the computer operate.
For the same bulb, there would be no difference if the AVERAGE power is the same. For DC this is easy....Power = V X I. For AC it is much more complicated, for a purely resistive light bulb, Power = Vrms X I. So for AC the voltage is the "root mean square" of the peaks.
You can charge batteries with a different mAh rating if the charger is designed to handle them. You need to make sure of this, because Ni-Cad battery full charge state is not necessarily voltage dependent, but rather is dependent on detection of a change in voltage slope. If the power supply is not properly designed, you can overcharge the batteries, damaging them.
question is wrong....ac is generated in alternator <<>> The most likely reason is that there is no field voltage being generated. This is controlled by the voltage regulator. Check to see if you are getting a DC field voltage. On the voltage regulator there are terminals to different pieces of equipment on the machine. Look for the terminals that are designated F1 and F2. These should have a DC voltage on them. Also look for a potentiometer that controls the field voltage. Turn it one way and the voltage will go down and turned the other way the voltage will go up. Make sure that this potentiometer is in the correct position to allow voltage to the field coils.
It is usually required in electrical examinations to make calculations. Simple answer to a complicated calculation. Remember, take peak to peak voltage and multiply by .707, the result being average voltage. This is the voltage that electrical test meters read.
When your AC turns on, it draws a lot of power, causing a temporary drop in voltage. This drop can make your lights flicker because they are momentarily receiving less electricity than they need to stay fully lit.
It is true that high voltage light directly to eyes, can make someone feel dizzy.
Increase the voltage to the light, and it will become brighter.
lower the voltage by using a different power source or by placeing a variable resistor in series with the light bulb.
check your wireing for a short in it or make sure the socket isn't bad and the bulb is in tight
Usually a higher voltage will make a light bulb shine brighter; but if the voltage is too high, this can also destroy the light bulb.
Check voltage to make sure engine running voltage is between 13.5-15.5. If not, replace the alternator.
A fluorescent tube will flicker is the temperature is cold or the fixture has a bad ground to the electrical system.
I Had the same problem. Found answer here:http://www.2carpros.com/topics/airbag.htm Basically, it is the voltage regulator causing a voltage spike and blowing the lights and causing an airbag issue. I haven't yet fixed the problem but seems to make sense with the symptoms I had (bright flicker before lights went out).
To calculate current passing through a light globe, you can use Ohm's Law: current (I) = voltage (V) / resistance (R). To calculate voltage across a light globe, you can rearrange Ohm's Law to solve for voltage: voltage (V) = current (I) * resistance (R). Just make sure you know the resistance of the light globe in ohms.
Dissimilar metals with very different electronegativities as electrodes (copper and zinc are two good choices), wiring to complete a circuit, a light bulb that does not take very much voltage to light, a potato, and something else to eat for lunch.
Make sure the battery cables are clean and run a good ground from the body to the negative battery cable flickering bright or dull? do they flicker only when motor is running? if they flicker only when the motor is running and are full brightness it is probably voltage regulator.i need more info on problem