Of course. They will correctly register zero acceleration in all three axes.
Until the mission specialist takes the phone out of her pocket. Then they
will register the accelerations along the length, width, and thickness of the
phone as she positions it in front of her, dials the number to which she
wishes to be connected to, and then whispers a silent oath and puts the
phone back in her pocket because there's no $^%#&* cellphone coverage
up there.
When you are in Earth orbit you are still in the Earth's gravity field, but
you feel "weightless" because you are in "free fall".
The way these particular sensors work means they register zero in free fall.
Here's a place to start http://www.answers.com/topic/artificial-gravity?cat=technology or Where: g = Decimal fraction of Earth gravity R = Radius from center of rotation in meters π(Pi) = http://www.answers.com/topic/pi rpm = revolutions per minute The weight of an object is due to gravity, increasing the RPM would increase "gravity" making your 1gm object weigh more.
Gravity is a function of mass and distance. So, no air pressure does not affect gravity.
Without gravity, water drops wouldn't fall and the water clock wouldn't be able to function.
If the gravity is not constant over the body.
Gravity, which is a function of the earth's mass, is a constant force toward the center of the earth.
because the earth gravity of the gravity
Gravity is a function of mass. All the planets have different mass, so different gravity.
No. Mass is independent of gravity, but weight is a function of gravity and mass.
freefall or stable orbit
The answer could be gravitational acceleration.
it measures the specific gravity of urine
because of the gravity of the earth