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What else can I help you with?
Why we don't get negative half cycle in rectifier outpus?
We don't get negative half cycles at a rectifier's output only in a positive supply.If the supply is for a negative voltage, then there will be no positive half cycles at the output.Read a bit more about rectification.We don't get negative half cycle in rectifier outputs because the negative part of the supply only shows up across the diode when it is in the reverse bias and blocked (acting like an open switch) there by making the output voltage zero at that instant.
What is the major idea in interphase in cell cycle?
The cell has to grow and double its contents, so that it does become half the size with half the contents with each division.
Can diode work on ac power supply?
diodes conduct electricity in only one direction but as ac change direction in each of its cycle diodes can only conduct half of its cycle which will give u a pulsating dc. but if dc is mixed with ac and if it can put whole of its cycle in positive direction diode can conduct ac. so diodes are usually used to produce dc from ac.
How do you change the low beam bulb for a Scion tC?
Open the hood. Behind the headlight in the engine compartment you would find a couple of connectors (each one holds a bulb). Find the one right behind the headlight bulb and turn it half a turn to unlock it.Ttake it out of the light housing slowly and change the bulb. Put it back it and turn it half a turn to lock it.
About how long does it take to cycle from third quarter moon to the next third quarter moon?
It takes the moon 29 and a half days to go through each cycle.
Can a 230 volt bulb be used on a 120 volt circuit How does this impact wattage of the bulb?
Yes, a 230V bulb can be used on a 120V circuit, but the power output of the bulb will be approximately one quarter. (Half the voltage and half the current) Note, however, that since the bulb will be cooler, the resistance will be slightly less, so power will be somewhat higher than expected, but estimated figure is still one quarter.
If you have two 5 watt bulbs connected in series and then in parallel which circuit arrangment will give you brighter bulbs explain your answer?
The filament of a bulb is basically a resistance. If the two bulbs are in series their total resistance is the two added together, and there is only one pathway for the current to pass. When the two are connected in parallel, the effect is to reduce the resistance to a half of the resistance of a single bulb in a single pathway because the current can now pass through both, making it easier for the current to pass. The usual formula for calculating the effective resistance R of two resistances r1 and r2 in parallel is: 1/R = 1/r1 + 1/r2. Hence if each bulb had a resistance of 10 ohms: 1/R = 1/10 + 1/10 giving 1/R = 2/10 = 1/5. Thus 1/R = 1/5 and by inverting the equation we have R/1 = 5/1 or, in other words R = 5 ohms, which is exactly a half of the resistance of one bulb. Don't forget to inverse the equation at the end of the calculation. ====================== Wow! -- In parallel, each bulb has the full supply voltage across it. -- In series, each bulb has only 1/2 of the supply voltage across it. -- So if the supply voltage is the same in both cases, then each bulb dissipates more power ... and therefore burns brighter ... in the parallel connection.
How much electricity a light bulb uses?
That depends on the type of bulb AND on it's power usage. An old incandescent bulb of 100 watts uses about an amp, a 60 watt uses about a half amp. But a florescent bulb putting out the same light would consume about half the current, and a LED bulb would use less than half that.
What is the Average value of AC over a half cycle?
The average value of an a.c. voltage or current, over a complete cycle, is zero. For this reason, the average value is normally quoted over a half cycle and, for a sinusoidal waveform, is equal to 0.637 Vmax or 0.637 Imax.
How many Zen masters does it take to change a light bulb?
One and a half. One to turn the light bulb, and half of one to provide applause.
If you have 2 5-watt bulbs connected in series and then in parallel which circuit arrangement will give you brighter bulbs?
It depends on the voltage rating of each lamp, and the value of the supply voltage. It's important to understand that a lamp will only operate at its rated power (therefore at its full brightness) when subject to its rated voltage.So, let's assume each lamp is rated at, say, 24 V.If connected in parallel across a 24-V supply, then they will both operate of full brightness.If connected in series across the same 24-V supply, then each lamp will be subject to half its rated voltage, and will be very dim.On the other hand, if connected in series across a 48-V supply, then they will each be subject to 24 V, and will both operate at full brightness.
Will a 150 watt halogen bulb blow your fuse?
It is possible for a 150 watt halogen bulb to blow a fuse if it draws more electrical current than the circuit can handle. It is important to check that the circuit can support the wattage of the bulb to prevent overload and potential fuse blowing.
