If you can observe the fusible link it should be open and there should be some charring on the glass. Use an Ohm meter to confirm fuse is blown. If it is zero ohms across the fuse it is not blown.
The parallel adder which we use in the digital circuits ,the carry output of each full adder stage is connected to the carry input of the next higher order stage.therefore,the sum and carry outputs of any stage cannot be produced until the input carry occurs; This leads to a time delay in the addition process.This delay is known as carry propagation delay. to the second question the propagation delay can be avoided in the binary parallel adder with the help of look ahead carry generator .............................................................................................................................
if you look on radio telescope it looks very straight and finely tuned.
http://en.wikipedia.org/wiki/Heckler_&_Koch_MP5 there
1. First, find out why the fuse tripped. It could be that you plugged in a heater or drill or saw and caused the fuse to blow. If you know when it happened and what caused the fuse to blow, then go on to Step 2. FUSES DO NOT TRIP FOR NO REASON! A BLOWN FUSE COULD INDICATE A SERIOUS PROBLEM WITH A ELECTRICAL DEVICE, AN APPLIANCE, OR THE WIRING IN YOUR HOUSE. IT IS IMPORTANT TO FIND OUT WHY THE FUSE TRIPPED. 2. Now that you have found why it blew and have eliminated the reason the fuse blew, go to your fuse box. Look for a glass plug fuse with a discolored area that indicates a bad fuse. Some fuses have indicators that show when it has tripped. Make sure your hands are dry, and that the floor around the fusebox is dry. Glass plug fuses have a metal screw-shell base similar to an incandescent light bulb. Try not to touch the metal base as you unscrew the fuse. Grasp the fuse by the kurled glass or plastic edge of the top part that protrudes out from the fuse box. Using only one hand (to minimize the chance of a fatal shock), remove the bad fuse and replace it with a new one of the same size. You cannot mix-and-match--you must use the correct size of fuse. Using a larger size than the circuit was designed for is a proven method to burn down your house. The fuse must not allow more current than your wiring can withstand. Generally you should have 15 Amp fuses for 14 AWG and 20 Ampere fuses for 12 AWG, and 30 Ampere fuses for 10 AWG. 3. If the fuse is a cartridge type, the fuse holder will have a handle or ring. Grasp the handle and pull strongly outwards to remove the fuse holder. Once the holder is removed, you will see one or two cartridge fuses. Using an ohmmeter, check to see if one fuse is bad. If so, replace it with the same type and size. Then replug the fuseholder into the box. 4. While you still know which circuit this fuse controls, look in the fusebox Circuit Directory to make sure the circuit is labeled (showing what and where it is wired). If it is not labeled, get a pen and carefully label the circuit, so that the next time there is a problem you will know where that particular fuse is wired.
A ghost image is one that you can look at. There are often ghost images that help people see what a puzzle should look like.
The information of, if the fuse is a slow blow or not, is printed on the fuse. In electrical terminology it is known as a time delay fuse. Smaller glass envelope time delay fuses will have a spring mechanism that can be seen through the glass envelope. Time delay fuses are used in circuit that have a high inrush current when the device is first switched on. A good example of this would be an electric motor. The bead of solder on the end of glass fuses is how the spring is supported to the end cap of the fuse.
Get a wiring diagram to find all that is on that fuse then look from there. Get one from MOTORLIT.COM.
trace the wire and look for a short
possible open circuit. have an electrical shop take a look.
if you have already replaced the motor, i would look into getting a window regulator. take some spray silcone and spray the window tracks. when a fuse blows it blows. all the fuse dose is provide a path for current to flow. when it blows there is a "open" in the circuit and current will no longer be able to flow. sounds like it could also be a bad ground.
it looks like a missile, and it blows stuff up!
like bubles when she blows these bubles the will have a black thing in the middle
If your radiator blows it will not hold any liquid
fuse won't be connected together, you'll see a gap.
There is a dead short in the horn pad, take off horn pad and look for two wires touching or a hot wire rubbing on something that is grounded. First, disconnect horns in bumper area then press the horn button then check fuse. If the fuse is still good, hook up horns and press horn again. If it blows fuse it is the horn itself.
it looks like on tv when a black hole blows up but with a bright light
The horn and parking lights may be on the same fuse, you need to look for a frayed wire or connector leading to your horn(s), it may be touching metal somewhere causing a short. The horn itself may also be the problem to check it disconnect the wire connector from the horn(s) and try it, if the fuse still blows keep looking for a wire touching metal.