Consumer Electronics

When too much current attempts to flow through a wire, the fuse will "pop." The metal conductor inside literally brakes into two pieces. At a specific amperage the fuse "pops", braking the circuit. At that point, there is no more current. So, the fuse prevents the current level from rising above a maximum amperage.

I'm assuming by "yearly running total" you mean the electronic journal, which stores the last 5,000+ transactions.

THIS PROCESS CANNOT BE UNDONE!

To reset the electronic journal:

1. Turn the key to the Z position.

2. Using the round numeric keys, enter 280602.

3. Press the AMOUNT TENDERED key.

That should do it.

A tower is the "cpu" part of the whole computer system that a user would have setup. Ie there's the monitor (sits on your desk), the speakers, mouse/keyboard, and the "tower" that sits under the desk(usually). It's the part of the computer system that all the cables connect into. It contains the computer case, power supply, motherboard, central processor, hard drives, video cards, etc. That's the tower. Some computers today are built without towers and everything is integrated into one device similar to a laptop but larger and not as mobile.

Yes In fact Miller includes a table for Copper TIG welding in its charts. Similar setup to steel but almost double the power. Copper dissipates the heat faster so you need to put it in faster. Local welding supply place carries filler rod (I think it has higher silicon to help flow).

The BC-611, or SCR-536, are two of the names/numbers for what is often considered THE FIRST of modern hand held, self-contained, "handie talkie" two-way radios. It came about for use in WW II in 1942, designed by Galvin Mfg., which became the famous police radio maker Motorola. It was the first true hand-held unit to see widespread use.

The term "walkie talkie" was actually first applied to various back-pack carried radios, some weighing in at 38 lbs (see SCR-300)! Both the handheld BC-611 and the backpack SCR-300 are seen in many WW II or Korean war movies, though the two would not operate with each other.

The BC-611 was a 5-tube transceiver that operated in the low shortwave frequency range of 3.5 to 6.0 MHz, AM mode (like a CB radio), on only one pre-set channel of 50 possible crystal controlled channels. Output power was about 360 mW (0.36 Watt) and worked up to about 1 mile over land. They could work about 3 miles from the beach to ships offshore for calling Naval Gunfire support. The BC-611 weighed about 4.65 lbs. with the batteries! This model was very square and boxy looking, with separate earpiece and microphone that protruded from the case, looking very much like an oversized, straight, two-handed, old telephone handset. A later, smaller, "rounded edge" (without protruding ear or mouth pieces) update, the PRC-6 "Banana", was on VHF and not compatible with the BC-611.

One unique feature of the BC-611 was that the antenna itself was used to turn it ON when it was pulled up to use it, and the radio was turned OFF when the antenna was pushed all the way down. A cap on top of the radio (often seen as a second tall piece on top) was used to screw down over the antenna for storage. This ensured the antenna stayed down, keeping the radio from accidentally draining the batteries.

This information was summarized from multiple Internet information websites.

BY applying a voltage to the relay's coil connections. Could be DC or AC at a specific voltage. If it's DC, watch the polarity. If it's AC, polarity doesn't matter. HOWEVER, VOLTAGE DOES MATTER, so don't go applying 120 VAC to a relay when it needs only 16 VAC, and DON"T APPLY AC to a DC relay. Could burn up quite nicely if you're not careful.

Usually - telephone refers to a 'fixed-line' telephone (like the one you have at home). The term cellphone is used to describe a mobile phone - ie - one you can carry with you wherever you go.

The terms transmission grid and electrical grid are somewhat interchangeable. The electrical grid, or power grid, is the network used to get electric power from where it is generated to all the places that use it. The one difference might be that a transmission line or grid might be thought of as the network of high voltage long distance lines. These are used to move large amounts of power with minimal loss through the use of extremely high voltages. These long distance lines connect generation facilities with substations, and it is at the substation that the voltages are stepped down, and that power is then put on the electrical grid.

Power = Voltage x Current

P=V.I

Power (in Watts) = 110V x 8.70A = 957W (Appx. 1kW) - Neeraj Sharma

With the skype program downloaded, find the contact you want to call, right click on their name, and click "call" it should be the first item that appears on the list.If you are trying to call a phone, click "view" at the top, then click "call phones" and dial the number you are trying to reach.

The Company AphaSmart is now known as Neo Direct. From their website they now sell 3 models of what looks like a modern version of an electric typewriter. Prices vary but US$69.00 seems to be an accurate average.

The year was 1990's when the first text message was ever sent out.

A dry cell is a chemical device that produces electricity by a chemical reaction contained in a sealed container. Its contents are not liquid, hence the name "dry" cell. An example is a common flashlight battery or "D-Cell" or "AA-Cell", etc. Those are examples of a carbon rod enclosed in a zinc case and separated from the case and surrounded by a damp mixture of manganese dioxide powder. It is a "Primary Cell" meaning it cannot be recharged once it is depleted. An accumulator, once known as a condenser, is now known by the name "capacitor". It has no chemistry, at least not to react to form electricity. The simplest types are two metal plates separated by a "dielectric" or "insulator". When one plate is connected to the plus side of a battery or power supply, and the other plate is connected to the negative side of the battery or power supply, the capacitor charges up to whatever the battery voltage is, e.g., 1.5 volts DC. When the battery is removed the capacitor stores that charge and holds it for some time (it eventually leaks off). While the capacitor is charged, i.e., has voltage across its two plates or two terminals, it can act as a source of power, just like a battery. However as soon as some current is withdrawn from the capacitor, its voltage decreases, leading to lower capacity to deliver current until eventually its voltage goes to zero. A battery or dry cell can deliver current at a slowly decreasing voltage for an hour or more, depending on the load it is driving. An accumulator or capacitor might deliver current only for a fraction of a second. It can be discharged very quickly since it doesn't store that much charge to begin with, and has no chemical reaction to continue producing electricity.

I just tried to fix my retractable cord, but it doesn't "lock" and "unlock" like it did before. But it does wind up. Inside was a spiral peice of medal, I just wound it up and then had to manure it around and around like a wind-up toy, still keeping the cord unwound. It was really hard. Then I put it back together and it immediately wound the cord up. It is like a yo-yo again, but like I said, it doesn't stay unwound and locked, it alwys will wind up.

Yes.

Lead screws (always pronounced "LEED," as in the present tense of the verb "to lead") are used in mechanical transmission systems to convert rotary motion to controlled linear motion. A common example is in the machinist's screw-cutting lathe. Here a motor turns the lathe's headstock to rotate the piece being machined. A train of gears connected to the headstock turns the lead screw which is usually as long as the entire lathe. As the lead screw turns it propels the cutting tool along the workpiece at a rate directly linked to the rotation of the headstock.

it is you can falt the fluor exactly!

Scroll down to related links and look at "Electricity and Electric Charge - Electrical voltage V, amperage I, resistivity R, impedance Z, wattage P".

ab+bc

calibration of an ammeter is done in order to standardise the instrument,and rectify the errors present in the instrument, if any.

The passcode for the Plantronics 2xx bluetooth is: 0000

No. It simply gets more 'press' because it is less acceptable and so is more often a topic of discussion.

If by 'More racism' you mean more people feel that other races are inferior, there's probably less. It's now far more polarized, and yes, is more newsworthy.

In 1876, Alaxander Graham Bell produced the first loud speaker as part of his invention of the telephone.