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To adjust oneself to different conditions, to suit a new or different purpose
i dont know this one
They are called Physical Adaptations
Typically anything that can turn on/off with ambient light detection (night lights, solar landscaping lights, laptops with lighting sensor to adjust the brightness and keyboard backlights, mobile phones, etc..)
Must live in moist environment • adjust to moisture level-contractile vacuoles pump out water, for example • Produce spores to keep from drying out under less-than-ideal conditions
No, you cannot adjust the sensitivity level.
It depends on what kind of outdoor motion light it is. The one that I have doesn't let you adjust the sensitivity necessarily, but it does let you adjust the duration of the light when it is activated. If there is a way to figure out what brand of motion detector you have then it would be possible to contact the manufacturer who will be able to answer your question.
Drivers must constantly adjust to a wide variety of conditions.Traffic and weather conditions,lighting conditions, (day/night, tunnels)road conditions (old bumpy roads vs newer roads) (work zones)pedestrian congestion (shopping districts, school zones)A drivers surroundings change constantly, and he must constantly adjust to those changes.
using a variable resistor we can adjust the sensitivity of a light dependent resistor
Adjusting the sensitivity on a tablet is easy. All you have to do is go to your setting and go under display.
i died
There is not a way to adjust the sensitivity on the screen of your IPod Touch. If you think it may be broken you can send it back to Apple to have them fix it though.
The factory alarm is not adjustable.
Because it is safer to adjust them whilst cold.
best take it back to a local Honda dealer, the engineers can modify the sensitivity
You probably can't. The sensitivity will be a result of the manufacturing process. It may vary from one photoresistor to another, even of the same type, and it is probably temperature-dependent. But in terms of adjusting the actual sensitivity to some exact value. No.
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