It depend on where the switch is located in the circuit.
You'll need two pieces of wire... and im pretty sure that if you take one end of the wire and put it on the very bottom of the light bulb and the other end of the wire and put it on the positive side of the battery, and take the other wire and put it on the threads of the light bulb and the other end of the wire and put that end on the negative side of the battery, you should get light. (I may have the polarities [positive & negative] mixed up).
To make a light bulb, a thin filament is suspended in a glass bulb filled with an inert gas. The bulb is then sealed, creating a vacuum or low-pressure environment to prevent the filament from oxidizing and burning out quickly. When electricity passes through the filament, it heats up and produces light.
Yes, for about .1 second, then it will blow the lamp. A 9v battery will however light three 3.5v lamps.
Yes, looking at a laser can be more dangerous than looking at a light bulb of the same intensity. This is because lasers emit highly concentrated, powerful beams of light that can cause eye damage much more quickly than the diffused light from a light bulb.
A light bulb is typically in a round or pear shape to protect the delicate internal components, such as the filament and gases, and to allow for efficient light distribution. The shape also helps to disperse heat generated by the bulb and to maximize light output.
To light up the bulb, the two-way switch must be closed in the on position at both the 'Switch 1' location and the 'Switch 2' location. This will complete the circuit and allow electricity to flow to the light bulb, turning it on.
Pull the switch and change bulb in rear. 1 for night light and 2nd for fog light indicator.
This answer website does not have the ability to draw diagrams. From the positive side of the battery connect it to one side of the switch. From the other side of the switch connect it to the centre terminal of the first bulb's socket and then continue the wire to the centre terminal of the second bulb's socket. From the negative side of the battery, connect a wire to the shell terminal of the first bulb's socket and then continue the wire to the shell terminal of the second bulb's socket. When you turn the switch on the both lamps will glow.
u need a battery 2 wires and a light bulb. Step 1. Get the 2 wires and connect them to the battery step 2. connect the other side at the bottom of the light bulb the light bulb should light if it doesn't :(
u need a battery 2 wires and a light bulb. Step 1. Get the 2 wires and connect them to the battery step 2. connect the other side at the bottom of the light bulb the light bulb should light if it doesn't :(
1) light bulb burned out 2) switch not turned on 3) switch broken 4) power supply disconnected
1001, 1000 to turn the house, and 1 to hold the lightbulb in place.
Your brake light switch is faulty. It is very difficult to fit the new one as it is a one shot switch (1 chance of putting it in properly).
1) Check to see that the switch is in the correct position - it's a 3-way switch (operates when door opens/off all the time/on all the time) (2) check if bulb is blown out (3) check if fuse is okay (4) check the plunger switch that operates the light when the door opens and closes, it may be stuck in the closed position.
Open the trunk.Either carefully pry off the rear light trim covers, or unfasten the retainers then remove the trim covers.If necessary, you can unplug the electrical connector from the bulb assembly.Remove the bulb socket from the light assembly by turning it counterclockwise 1/4 of a turn.To remove the bulb, carefully pull it straight out of the socket.Installation is the reverse of the removal procedure.To ensure that the replacement bulb functions properly, activate the applicable switch to illuminate the bulb which was just replaced. If the replacement light bulb does not illuminate, either it is faulty or there is a problem in the bulb circuit or switch. Correct as necessary.
Hmm, lets see; 1. closed 2. energized 3. a load(something drawing power, ie. light bulb)
When the light switch is turned on and a light bulb is connected in the circuit a current will flow through the circuit. Likewise when the switch is opened, the current will stop flowing in the circuit.