Electrical Engineering

An Ion. More specifically if it gains an electron it becomes an anion and it it loses an electron it becones an cation (pronounced Kat-ion)

The circuit won't do anything until both terminals of the battery are connected

to the correct [two different] points in the circuit. As long as either terminal of

the battery remains disconnected, the circuit is "OFF".

the approximate efficiency of a class b linear RF AM amplifier is 35%

For 230 kv application, Its around 75k/MVar

by varrying some paramers liike speed and voltage we ccan varry it

by varrying some paramers liike speed and voltage we ccan varry it

by varrying some paramers liike speed and voltage we ccan varry it

by varrying some paramers liike speed and voltage we ccan varry it

Hmm, lets see; 1. closed 2. energized 3. a load(something drawing power, ie. light bulb)

Three phase voltage can be measure line to line (L1-L2, L2-L3, or L1-L3) with a quality digital voltmeter. In the United States, typical 3 phase voltage is 208-230VAC, or 460-480VAC measured line to line. Line to ground or neutral with a 208-230V system will yield 110-120VAC, which provides standard household power for things like televisions and microwave ovens.

Four (4) 0.6 Henry inductors connected in series should add up to 2.4 Henry. An electrical event passing through one inductor in time "T" will require "4T" to pass through all four inductors. Hence, inductance adds up in a series of inductors connected end to end.

when he connected the parts he got an electric current.

when diode is supplied with a voltage higher than RIV in reverse bias, the diode will burn out and will have zero resistance.

there is none

A: THEVENIN theorem simply is a way to simplify a complex input and resistance to a simple form. maybe you are confusing it with nodal analysis

In case of 1phase

the reverse torque is obtained by reversing the current either in armature or field

The answer is B.

Because the voltmeter and the ammeter gives us the voltage and current respectively.

and by the multiplication of both we get apparent power and by the Walt meter we get the actual power..

and the p.f. is the ratio of the apparent and actual power..

Depending on the specific computer it can be anywhere from as little as a few milliwatts to hundreds of kilowatts. There is no single value, also many modern computers change the amount of power they consume depending on what they are doing at a given time (e.g. lots of calculations in the ALU increases power consumption, entering "sleep mode" due to user inactivity reduces power consumption)

All of them. Your sense of vision allows you to see obvious problems, like badly installed connections. Your sense of touch allows you to determine insulation that is overheating. Your sense of smell allows you to identify charring due to short circuits. Your sense of hearing allows you to hear arcing.

NAND gates are universal gates and can be used to construct any of the logic gates (AND, OR, NOT, NOR, XOR, XNOR). The easiest way to figure this out is to use basic Boolean Laws. For instance, to create a NOT gate (A'), tie one of the NAND gate's input to logic high: (A+1)' = A'. To create an AND gate (AxB), use two NANDs in series, with the second one configured as an inverter: (AxB) = ((AxB)')'

Yes. Depending on the design, the power supply can provide any voltage desired.

the best way is to compeair the data sheet of that transistor to the readings of that transistor. . . . .and u can get the readings of that transistor by using a fungction genrator and a c.r.o

The neutral of a transformer is usually grounded. Under this situation, this question is the same as asking whether you can apply a voltage to ground; the answer is yes, but I don't know why you'd want to.

Sometimes transformer neutrals are insulated away from ground. If this is done, then you could inject "backwards" from the neutral up into the transformer. Again, I don't know why you would want to do this, though.

Base load power in a home is the energy consumed for day-to-day operation of the home, that is not used in response to the outside weather. Base Load is usually thought of Lights, Appliances, and Hot Water, but by extension it is all plug loads, pool pumps, well pumps, computers, etc. Base load is pretty much everything but the energy used for Heating and Cooling.

Look at the lower rear end of the engine - follow the + battery cable Look at the lower rear end of the engine - follow the + battery cable

A generator produces alternating current.