The air conditioner may be faulty and have caused the circuit breaker to trip out.
Or a capacitor in the A/C could have gone bad due to a power spike (such as during a lightning storm), tripping the breaker and then leaving the A/C not working anymore.
Cable worked loose. Or there might be another breaker box somewhere else in the house, previously unknown to you.
Assuming there is not a "power outage" to all houses in the area (otherwise known as a "power cut") then the answer is: Yes, the potential (voltage) is still in the overhead wires that lead to a house when the house electricity is only turned off at its own main switch inside the main breaker box.
Yes, when you plug the air conditioner in to an ordinary house receptacle this is the configuration that exists. Just make sure that additional loads on that same circuit are not any more that 7.5 amps or the circuit breaker will trip. For air conditioners it is best to have a dedicated circuit right back to the distribution panel. This means that there can be only one appliance, the air conditioner, on that specific circuit.
If you are talking about a breaker in a house panel then a 15 amp breaker would be used. It is the smallest amperage breaker that you will find in a house panel.
It takes a finite amount of time to trip a breaker. The short you caused may not have tripped the breaker. If the dryer is no longer working there may be an internal reset that has tripped.
Cable worked loose. Or there might be another breaker box somewhere else in the house, previously unknown to you.
The heat of the rays turn the generator.The generator has a magnet in it. The magnet is inside a copper ring. The magnet urn and makes friction which makes electricity. The electricity goes to the breaker box at a house.
Loose supply lines on the supply line from the pwr pole connections. Bad main breaker in fuse panel Rare! but loose screw on wire feed in main breaker connection.
The circuit breaker obviously breaks the circuit but only in an attempt to stop a surge of electricity going through your house and possibly hurting you if you're using an appliance, or popping light bulbs and most likely starting a fire.
Assuming there is not a "power outage" to all houses in the area (otherwise known as a "power cut") then the answer is: Yes, the potential (voltage) is still in the overhead wires that lead to a house when the house electricity is only turned off at its own main switch inside the main breaker box.
Yes, when you plug the air conditioner in to an ordinary house receptacle this is the configuration that exists. Just make sure that additional loads on that same circuit are not any more that 7.5 amps or the circuit breaker will trip. For air conditioners it is best to have a dedicated circuit right back to the distribution panel. This means that there can be only one appliance, the air conditioner, on that specific circuit.
If you are talking about a breaker in a house panel then a 15 amp breaker would be used. It is the smallest amperage breaker that you will find in a house panel.
A fuse/breaker is used to protect the wiring within the home for overheating and catching on fire. When the fuse/breaker detects an excess flow of current beyond the range of the fuse/breaker, within a circuit, it will blow/trip to shut off the flow of electricity in that circuit thus preventing a possible fire.
It takes a finite amount of time to trip a breaker. The short you caused may not have tripped the breaker. If the dryer is no longer working there may be an internal reset that has tripped.
If the Shop Vac is tripping the breaker to a house turn other electronics off while it is in use. The power in the house should be checked out by a electrician.
how do you handle electricity in your house list some of these ways
the answer is air conditioner