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Only if the existing switch box has an unswitched hot and neutral in it.
Not much work at all, just go to the switch and flip it up. As for how much energy does it take, that is a different matter.
You would wire the switch to the first light. Code says to break the black or power side of the circuit. Connect the white to the light. Take the black down to the switch on the black wire and back to the light on the white. This is a line of wire from the light to the switch. From the first light, take the white and the return white from the switch to the second with another run of wire. This will be regular black white with ground. White to white and at the first light the return line from the switch is white but hook to the black to the second light. Second light to third just continues the two wires. Black to black, white to white. I think this is clear enough to follow. If not, ask again.
The light is wired the same as any voltage fixture. Bring the source voltage to the fixture and connect it to the two fixture wires. If you want to control the off-on of the fixture take the source voltage to a switch first and then out of the switch to the light fixture.
There is a high current draw on the circuit and the switch is getting old. Change out the switch, see if you can find a 20 amp switch as the internal contacts are designed to take the higher amperage. Check how many lamps are in the circuit in watts, add them together and use the formula for amps. Amps = Watts/Volts (120).
It should only take one person to switch on a light bulb if it is 6 light bulbs it may take 6 people to switch on a light bulb Der!
I can not understand your question.
It depends on how great the force is acting against the newtons.
You don't. The switch is all one , you will have to replace the entire switch.
Only if the existing switch box has an unswitched hot and neutral in it.
1 pound-force = 4.445 newtons (rounded)
Take the lobster claw and turn the switch.
1001, 1000 to turn the house, and 1 to hold the lightbulb in place.
It takes three. Two to hold the bulb and one to hold the whip.
Take hold of the brake light switch and pull backwards. The switch will come out in the same way that you would unplug anything. Plug the new switch in
the bulb will light up when current flows thru it if the switch is open no flow will take place
The 1997 Toyota Avalon stop light switch simply plugs in and out. Take hold of the stop light switch and pull outward. Plug the new stop light switch in.