Q:can you use your existing phone line jacks and wire, then convert the jacks to lan to network computers or printers?

There's really a big difference between a LAN and WAN connection. WAN connection can be easily interrupted by some interference compared to LAN connection. I would recommend that you instead check the speed that you are getting from your ISP instead of depending on the speed that you are getting out form you adapter connection statuses. If you really want to get a better WAN speed connection you might as well check your modem or router wireless setting cause ideally adapters are only there to receive a signal and if there is a problem with you getting a good speed still after making sure that your PC is working OK you might as well use another modem or router.

Q:i already tried wiring this light, but it didn't work. I always thought black wire to black, white to white and ground to ground. i connected the light fixture black wire to the three black wires (as shown in image) and the light fixture white wire to the three white wires, and connected ground wires together.when i flipped on the breaker, the light came on with the switch on off and the breaker tripped. i'm assuming this is wrong and i provided an image as i see in my ceiling mount. Can somebody kindly direct me how to properly connect the light fixture to these wires. thanks!

without seeing the ceiling fixture container and wiring myself, i may well be hesitant to propose you as to what the greater wires are for. I anticipate which you mean the sector on the ceiling has those wires in them, not the ceiling fixture which you obtain, on account that that could have had a wiring diagram that explains what the wires may well be for. If I had to guess, i might say that the sector contains 3 wires because of the undeniable fact that it is going to have had a ceiling fan that operated on a various substitute than the easy, or possibly the easy is additionally controlled from 2 particular switches on unique aspects of the room, or may well be the two one in each of those. Do you have gotten an AC voltage tester to verify which wires are sizzling (stay) and which at the instant are not? I hate to propose this, although by potential of and massive your great wager is to conform with the wires back to their source to look what they're for. Do you have gotten a faux ceiling you are able to open up? Do the wires pass into the attic or crawlspace the place you ought to look at them jointly as not having to tear open the gypsum board or plaster ceiling? you ought to easily positioned all the whites mutually and all the blacks mutually, and verify the grounds are in place, hoping they have a reason. although now not information what they're there for is a sturdy thank you to rationale an electric fire. and that i'm specific doing that could now not be authorized via your close by electric development codes.

Q:Its the wire that goes up to the antenna,its flat,and . brown in colormaybe their is a tool that can be purched

Maybe but you can just use a sharp knife. Take your time because the wires cut easy too.

Q:A 5.07 m length of 2.1 mm diameter wire carries 703 mA current when 22.3 mV is applied to its ends. Determine the resistivity of the wire.

Resistance of a wire in Ω R = ρL/A ρ is resistivity of the material in Ω-m L is length in meters A is cross-sectional area in m? A = πr?, r is radius of wire in m Use current and voltage to determine resistance. Plug that into the above and solve for ρ. Be sure to change numbers into meters.

Q:alright i have a 1994 ford ranger XLT, it has a 4cyl and is a stick shift. i need to know which wire goes where from my O2 sensor. i know there is a positive, negative, heater wire, and the wire that goes to the computer. if anyone could tell me what each wire is and what the color of each is?

I know you're looking for very specific information, but I think you might be better off getting a service manual or at least a wiring diagram of the car. Some info is very VIN specific. This may not be, but it could be. Any answer you get could be unintentionally wrong, an cause you no end of headaches as you get mystery problems after you apply the wrong info. It happens.

Q:I want to connect one of my rear sony speakers along the baseboard to my receiver. The specs say that the wire comes with 4 terminal blocks, with 4 connections on each terminal. My question is what will connect to what? Will the speaker attach the the flat wire cable that will attach to the original speaker cable which will connect to the receiver? It will be much appreciated.

The flat wire is what you run under carpets, along baseboards, etc. The four wires allow you to run a pair of speaker wires (two sets of two) from your receiver to the general location where the speakers will be. The terminal blocks allow you to run regular speaker wires from the receiver to the flat wire. The terminal block at the other end then lets you run speaker wire from a terminal block at the other end of the flat wire to the pair of speakers that wire feeds. It doesn't matter which wire goes to which speaker, as long as you wire it up correctly. That is, you can have the first terminal be the + wire for the first speaker, the second the - wire for that speaker, and the third and fourth wires being the + and - wires for the second speaker.

Q:hi i have 2000 prizm the wires coming out of car doesnt match the colours of stereo wires does and body knows the wiring coding for car to sony cd player thanks

determine it out making use of a DMM (digital Multi Meter) in case you already know a thank you to apply one. Ive finished it whilst each and every of the wires have been brown in a motor vehicle that by no ability orrigionally had a radio so each and every of the wires have been put in aftermarket. Im additionally MECP.

Q:I am getting these 2 CVR 12's 4 ohm dvc and i am wiring them for a 2 ohm load (parallel). When you run a wire from voice coil 1 positive to voice coil 2 positive, then to amp. and the same for negative, what is the wire that is connecting the voice coils? is it a power wire, ground wire, speaker wire? please help!

Wire is just wire. Power wire = ground wire = speaker wire. So technically you can use anything to have that jumper wires. You can parallel EACH driver to have a 2 ohm load, but if you're wiring them to a monoblock, you can only get either a 1, 4, or 16 ohm load (do not go for 16, lol). You can get a 2 ohm load for the amp if its 2 channels and you plug each speaker like you said to a channel.

Q:What would the wire size be for a 3 phase 4 wire - 480/277V - 400A panelboard. Would it be (3) 600mcm w/ (1) 1/0 ground?

Well not quite: 1. The panelboard is 4 wire therefore the (3) in the description would be (4). The 4th wire is for the neutral and required if you are using the 277. Otherwise the panelboard is a 3 wire board and no 277 2. 600 kcmil copper with 75°C insulation is able to carry 420 A as long as the ambient temperature < 86°F (30°C) and are installed by themselves (not in a raceway/cable tray with other power conductors). If the conductors are aluminum, the temperature is hot, the installation has multiple conductors in the same raceway/cable tray, or the distance is of sufficient length resulting in unacceptable voltage drop, the cable must be derated -- read you must increase the size to 750 kcmil or increase the insulation rating to 90°C The ground conductor should be of sufficient size

Q:Electron flow in a conducting wire.?I have some confusion regarding the flow of electrons in a wire when voltage is applied across it. Intuitively, i see that when i apply voltage across the ends of the wire say by a battery. The voltage pushes the electrons in the wire. As, a result the electrons flow in straight direction rather than going zig-zag. Some of the electrons reach the positive terminal of the battery, now my query is what happens when the electrons reach the positive terminal.Do they loose all their energy? Also, how is there a constant flow of electrons in the wire because since electrons are flowing constantly from the negative to the positive, is there no instance all the free electrons in the wire have reached the positive terminal? Basically what i mean to say is do the free electrons ever gets extinct? I am sorry if my question sounds stupid but can anyone please explain me a little bit in a conceptual manner?

Well, the wire is connected to a voltage source. When they leave the positive terminal, they go through the wire, then get to the negative terminal. They then flow through the voltage source and back into the wire.