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Okay do you want an actual answer to your question?
The time a light will blow is when it is turned on. You have to find out the % chance it will blow when it is turned on.
For example, we'll say that the light bulb has a 1 in 10000 chance of blowing, everytime it is turned on.
You can then find the expected "number of turn ons" for a light bulb. If you have the rate in which a blinker blinks, then you can find the life expectancy (timewise) of that light bulb.
Obviously then, ricer blinkers that blink fast will burn out sooner.
The time a light will blow is when it is turned on. You have to find out the % chance it will blow when it is turned on.
For example, we'll say that the light bulb has a 1 in 10000 chance of blowing, everytime it is turned on.
You can then find the expected "number of turn ons" for a light bulb. If you have the rate in which a blinker blinks, then you can find the life expectancy (timewise) of that light bulb.
Obviously then, ricer blinkers that blink fast will burn out sooner.






