The module you specified is an accelerometer, not an inclinometer.
JimBApplications:Motion, tilt and slope measurement
Shock sensing
Cute little tables for lego men
But it only takes a measurement due to accleration. It is not a static device.
But it only takes a measurement due to accleration. It is not a static device.
If the accelerometer has 2-axis reading, you could push the detector up a slope and it would compute the different acceleration values and provide a readout that you could interpret as an angle of inclination.
It can't measure "g" it just takes acceleration or deceleration from the standard value of "g."
There is no 'standard value of g' its has local variations, or do you mean the universal constant big G.?
Physics accepts a "standard value" for "g" for an object at sea level.
I think the "G" you are talkng about is G-force.
I haven't done this for 40 years, but we are getting away from the point of the topic.
I want to know if the accelerometer is a static device, otherwise you will have to work on my concept of a photocell receiving illumination from a set of LEDs.
If you moved it horizontally at a constant velocity, the acceleration would be zero.
If you moved it horizintally at a constant velocity, the acceleration would be zero.
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