Understanding MEMS Gyro Output: X & Y Axis Positioning

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When a dual-axis MEMS gyro IC is lying flat, its output should ideally read zero. Lifting one end of the IC changes the output reading to a new value. When held at this tilted position, the gyro will continue to show the new reading rather than returning to zero. The output reflects the tilt angle due to the Coriolis effect, which alters the vibrations of the gyro. The maintained vibration form indicates the tilt angle, confirming that the output does not revert to zero when the IC is stationary in a new position.
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I have a basic question about MEMS gyros -

Let's say a dual axis(X & Y) gyro IC is lying flat. Ideally the output reading would be zero.
If I lift one end of the IC by some degrees, there would be change in output reading. Let's call this new reading.
When the IC is held at this position, would the reading be zero or still show new reading.
 
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MEMS gyros are some form of VSG in a single package.
http://en.wikipedia.org/wiki/Vibrating_structure_gyroscope

My understanding was: rotating produces an acceleration due to the coriolis effect which changes the form of the vibrations. When you stop rotating, the force stops, and the vibrations maintain their last form. It is the form of the vibration (details depending on the method used) that tells you the tilt angle.
 
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