Electrical Engineering

If you are asking if a hot wire has a greater resistance than a cold wire then the answer I would say is yes. Cold wires have always had less resistance than hot wires

You can use a FOR loop to loop 50 times, add the reading to a variable and then divide by 50 after the loop completes to determine the average. Make sure that you use a variable type large enough to keep the total. Keep in mind that unless you put a delay in the loop the 50 readings will be taken very fast and will probably vary little. You need to consider what a reasonable time to measure to determine what a good average would be, and then add a delay to give you the right period to take the average over. For example, if you want to take the average over 5 minutes (300 seconds), you would need to add a delay(6000) 6 seconds) to stretch it over the measurement time. Keep in mind that your main program loop won't start until the setup process is complete, so in this example the setup process will take five minutes.

Electrical equipment that is defective should be where possible repaired and if not repairable it should be replaced.

It is an AC powered vehicle. It has an 88KW Magnet AC Synchronous Motor

To determine whether there are any electrical shorts among windings, or from windings to case ground.

not necessarily

if the power source is delta the y voltages (or phase to ground) may not be predictable

there is 3phase delta with one leg grounded

there is 3 phase 240 delta with center of one phase grounded for 120/240 single phase for lights

primary on these is all 240 delta

y would be 0 120 132 240 or 277 depending on that ground point

A single phase 600 to 240 Volt transformer using two phases of the three phase primary.

if the relative speed of magnetic flux of stator and rotor becomes zero there will be no back emf and eventually the rotor gets zero speed

If you are asking about MOV as in a Metal Oxide Varistor, then you choose the value at the point of clamping.

If your circuit is built for 120v, but you obviously derated your components, so they should survive to around AT LEAST 150v.

So you would choose a 150v MOV.

The MOV is a path to GROUND.

In normal operation, the MOV does NOTHING!

It is a closed valve (or OPEN circuit)

When the voltage on the line reaches the MOV's rated voltage, 150v in this case, the valve opens (circuit closes) and gives the spike a path to ground, instead of through your circuit.

Here is a link to surge suppression in general and includes MOV's:

http://www.naturalhandyman.com/iip/infelectrical/infsurgeprotect.html

The 50 amp charging circuit will never be able achieve a full charge for the 70 amp hour battery, thus in effect turning the 70 amp hour battery into a 50 amp hour battery.

yes

A multimeter when used on voltage, has a very high resistance/impedance to limit the current flowing through it. However when you set it to read current, it has a very small resistance to encourage the current to flow through the metre so can be measured. So ig you put a multimeter across a voltage source (in parrallel) when its set to current, you will normally destroy the metre. Although more expensive metres will have a fuse to protect the instrument should this occur. Hope this helps Always switch back, should you do this on the mains, you can quite easily set the metre on fire!! CB Eng

closest to the driver is the highest cylinder, also everyone should have a manual for their vehicle, and the library should have a professional shop manual available in the REFERENCE section...make copies of the right sections...good luck :)

the circuit would not be complete. the lightbulb would not light or the buzzer would not buzz

Right now a DC engine is begun the armature is stationary and there is no counter EMF being produced. The main part to cutoff beginning current is the armature resistance, which, in most DC engines is a low esteem.

Does not innervate high threshold motor units and limits the potential for Type IIB muscle fiber hyper

The type of RFID tag you are referring to is likely a passive device. It gets read by stimulating it with a certain RF frequency and then looks for a unique return. Hence the tag life is essentially forever.

A purely resistive load is one in which there is no capacitive or inductive reactance. Whe driven by an AC voltage source, such a load will have no shift in phase angle between voltage and current.

Power Factor of an electrodynamometer can be improved by connecting a large resistor in series with the current coil.

Corona Fields arround a transmission line is the high electric field caused by the transmission line causing the surrounding air to ionise and conduct electricity. As this ionisation requires a current to maintain, this causes a loss associated with the corona.

The reason is some thing historical. In olden days when the electricity becomes popular, the people had a misconception that in the transmission line there would be a voltage loss of around 10%. So in order to get 100 at the load point they started sending 110 from supply side. This is the reason. It has nothing to do with form factor (1.11). Nowadays that thought has changed and we are using 400 V instead of 440 V, or 230 V instead of 220 V.

wet cell battery

KV is the abbreviation for kilovolts. The prefix kilo means thousands, so 220 kv means 220 kilovolts, or 220,000 volts.

on applying same power the one which glows brighter is the one connected in parallel connection.