Q:When doing competition, is there a rule where your battery in the back can't be bigger than the one in the front? Are Monster Cables as good as they perceive to be???? I.E. their 400 series cables that are wound in different arrays to optimize each frequency out put? Can a Power cable actually provide more efficiency if constructed right, once again, their 400 series?Subwoofers being 1000 RMS but only getting 500, will running them at their RMS make a significant difference?

I'm not 100% sure but I think that doesnt matter. What matters is the amount of batteries you have. There is a significant difference between 500 to 1000 watts. But it depends on what enclosure is being used that makes it louder...much louder in some cases.

Q:I need help asap before I lose my patience with my dog.

Try Radio Shack or if it has a 3 prong socket any computer power cable will work.

Q:Hey guys,I am going to build a PC around gaming soon, and i was wondering, how many sata and power cables am i going to need for the build, i can't seem to find it anywhere. By that i mean, will i have to buy any extras? I do not know how many come with the mobo and/or PSU.

You only really need one SATA cable, for your HDD/SSD. Even then there are some hard drives that don't take it. Usually, a hard drive comes with the cable/strip included in the box.

Q:I have this printer, bought for $100 at Best Buy a few years ago... I moved almost 2 years ago, and seemingly have lost one or more of the cords associated with this printer. Im trying to find out which one is missing. I have the one which connects the printer to the computer [USB]. But I dont have the one that gives it power... It looks like the end would fit into a 3 hole [prong?] opening, the holes are all in line... Anyone got an ideas? Know what Im talking about? If so, any idea what its called, or where I can find one? Im sure online, but I havent any idea what Im looking for at this point.

why don't you e-mail HP see if they will send you a power cord or advise you where to get one in your area

Q:So I'm currently living in a dorm room, and my tv is hooked up to the campus cable system. A couple of minutes ago, the power went off and turned back on right away, and I was watching tv during this. Now the power is working but the cable is not, all the channels are nothing but static.I've tried resetting my tv, but I'm wondering what else I could do. Other tvs hooked up to cable in my dorm aren't working either, so is there something wrong with the entire cable system?

Yes, there has to be a problem in the cable system.

Q:What is the difference between a power cable and an ordinary wire?

Number tube, you can use the oil marker in the above to write the mark with, there are ready to write a digital, with a few numbers together to form a digital use. A line of both ends to be marked with the same mark, check to see the same mark to know is a line.

Q:What cable am I supposed to use for power?

That kind, it's kind of hard to see on the OKorder pic. Usually your switch should come with a console cable and the power cord, unless you bought it used. The person probably kept it.

Q:I'm putting in my new power supply and gotta take out the old. But there isnt any clips to slide the cables out. I don't want to pull to hard and damage anything. How do you get it out. Do you pull hard? Help me.

Usually the power cables going to the hard drive or CDROM have 2-3 wires that go into a white connector on the back of the device. Sometimes they have a clip to press down, but usually not. What you have to do is use your thumb and index finger and place them on each side of the white connector. (There is usually a couple of ridges sticking out on each side.) Simply tug outwards gradually but firmly, and rocking it from side to side until it finally detaches. When installing the new power supply, take a look on the connectors and you should see that they can only be inserted in one direction, as it usually has a angled corner that will not allow installation if it is upside-down. I would also suggest you make sure that the PC is not still plugged in. Some power supplies operate in standby mode and if you use pliers or a screwdirver to try and get the power supply out, you could fry the boards. (Just be sure to touch something metal to discharge any static electricity buildup on you before handling the PC.)

Q:I bought an SATA hard drive off someone that appears to use a 15-pin connector. There does not appear to be any other connectors on the back. How does this thing get powered? I have another SATA hard drive that uses the regular 7-pin connector, and on the back, just like an IDE drive, it has a place to connect the power. This SATA hard drive though just has that big 15-pin connector in the back, and nothing else.

Some okorder /... 3 bucks

Q:1) How is the connectivity between 2# of 300AH battery and 200A Power plant made?2) Need to know the cable sizing between battery and power plant.3)calclation to arrive at the sizing of input cables, output cables and charging cables between battery and power plant4) Are charging and discharging paths same in the batttery? ie when load is on battery whether the load current flows through the same cable of charging ?5)A photograph of the system will make me understand the solution better

The battery and power plant statistics do not enter into the calculations. I assume that the load is continuous, and the battery is to be continuously trickle charged. The power plant will have to deliver the load current and battery trickle charging current, at the voltage necessary to charge the battery. You will need to know the load current, the trickle charge current, the distance between the power supply and the battery (or load if you connect directly to it), and the voltage necessary to supply the load and trickle charge the battery. The voltage drop will be the total current multiplied by the total circuit resistance. this resistance will be the sum of the individual conductor resistances. As an equation, this is Voltage drop = total resistance times current in amperes. The total resistance will be the voltage drop divided by the current. Now you know how much resistance you can stand. The National Electrical Code in the US has tables showing the resistances of various sizes of wire, and how much current they are rated to carry. From these, or maybe from you wire supplier, you can find out what size wire you need. It will need to be large enough to supply the voltage and current, and have a rating for at least that much current.