how does mechanical clock work? please tell
Answers
Answer:
Mechanical clock technology preceded quartz movements by nearly a thousand years. Unlike their digital and quartz counterparts, mechanical clocks don’t depend on a battery to keep time. Instead, they harness the energy stored in a wound spring. This is why all mechanical clocks must be wound to continuously keep accurate time.
Every mechanical clock needs energy to run. Winding your clock actually winds an internal mainspring. When the mainspring slowly unwinds, it puts a series of parts in motion which results in the turning of the gears. Perhaps the most important component inside a mechanical clock is known as the escapement. The escapement regulates the release of stored energy into a predictable curve, which translates into the motion of the hands around the dial.
The final element in the escapement is the oscillator, which is usually a balance wheel or pendulum. The rate of the oscillator is constant, resulting in the controlled release of the energy stored in the mainspring (or, in the case of larger clocks, the gravitational pull on a weight). Each swing of the pendulum or balance wheel releases a tooth on the escapement’s gear, which allows the clock’s gear train to advance by a fixed amount, moving the clock’s hands forward at a steady rate.
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Answer:
Mechanical clock technology preceded quartz movements by nearly a thousand years. Unlike their digital and quartz counterparts, mechanical clocks don't depend on a battery to keep time. Instead, they harness the energy stored in a wound spring.
Explanation: