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The image displays a primary diagram of a flashlight's cross-section and a secondary inset diagram. The main diagram labels the components: a 'Plastic case', two 'Batteries' stacked in series, a 'Metal spring' at the base, and a 'Slide switch' with an 'On' position (upward arrow) and an 'Off' position (downward arrow). It illustrates the 'Flow of current' with arrows, traveling from the spring, through the 'Metal switch contacts', to a bulb within a reflector, and back to the batteries. The inset diagram, titled 'Slide switch off', details the switch in the 'Off' position (downward arrow), showing separated contacts that create a 'Broken circuit'.
Given the complexity of the image, the above description may not be entirely accurate.
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The diagram illustrates how we can produce flashlight through an light emitting diode.
Overall, when we turn on slide switch it connects batteries to a circuit, and as result of it a flashlight is produced. And we turn off it the circuit will be broken and no light will produced, because batteries are disconnected.
LED contains two batteries, the upper side of one battery is connected to lower side of secound battery. The other two ends of each battery linked with filament in one side and metal spring to opposite side respectively. Metal spring connect the batterie to slide switch throgh metal switch contact, while the other hand of slide switch is join with filament.
When we move switch towards off direction, then circuit will be broke. As a result of this no current flow throw it, but when we turn on it the circuit will be complete. Then current flow in a anti clock wise direction, which produce flash light of LED. This whole procedure is done in a plastic case.
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