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newtonian mechanics - What is G-Force? - Physics Stack Exchange A g -force is a force expressed in acceleration units, with associated assumptions to make it "equivalent" Accelerations create forces (either via the gravitational mass or the inertia mass, see more)
Calculation of the G-force - Physics Stack Exchange I have a formula which is G-force = vω 9 8 G-force = v ω 9 8, where v v is speed and ω ω is the angular velocity I've seen on the internet that G-force is actually acceleration 9 8 acceleration 9 8 I'm confused as to which formula is correct For simulating the motion of particle taking a turn, would omega simply be velocity divided by radius of turn? Assuming Cartesian coordinates
How does $g$-force work? - Physics Stack Exchange The term "g-force" is confusing and ambiguous Quite often g-force is an acceleration, not a force If someone is measuring g-force in gee's, they're actually measuring an acceleration One must multiply by a mass to get a force Pay attention to the context to make sure you understand whether a speaker is talking of an acceleration or a force
Where does the g force that pilots experience come from? That force will cause the plane to accelerate unless it exactly balances gravity and drag Since the the pilot is strapped into the plane he or she feels the force caused by the acceleration of the seat and or straps That force divided, by the weight of the pilot to make it relative to 1, is the g force
Can a pilot in a small spaceship feel G force in space? The g-force experienced by the pilot's spaceship is no different from that of of the pilot of a fighter plane (on Earth) or a racing car driver (on Earth) with exception of (perhaps) magnitude The pilot will experience three types of g-forces: During linear accelerations: The pilot will experience an inertial force opposite to the sense of acceleration of: F = ma F = m a, where the ratio a g
G-force: difference between gravity and acceleration of an object Specifically : 1) why the resulting force is pointing in the same direction for the gravity but in opposite direction for the car and 2) why "accepting" the acceleration results in an apparent force in the car but nothing with the gravity (freefall) It seems like gravity ignores inertia?
buoyancy - Counteracting g-force - Physics Stack Exchange Is it possible to counter-act g-force for a jet-pilot, by him putting on a scuba-diving suit and filling the cockpit with water? On earth we are constantly pulled down, or accelerated with one g I
Acceleration: $G$ and $G$s difference - Physics Stack Exchange It should be lowercase g, as in the case of aircraft pilots undergoing a 5 g acceleration g refers to the gravitational force produced by the mass of the Earth, whereas uppercase G is the universal constant of Gravity, a value different, much smaller, than g The s indicates plural, as in 3 gs of acceleration, and is often (properly) left out