NEGATIVE G FORCE FREE
I recommend drawing a few free body diagrams to clear up the physical situation. This is however a cluttered way of thinking about the situation. What a passenger might interpret as negative/reduced G, is the effect of the vector of gravity pointing slightly forward, as the plane's nose is pointed down, so 'the seat of the pants' is telling us there's something fishy going on. The difference, then, between the normal category’s +3.8g and -1.52g isn’t as great as it initially appears.
Therefore a negative g-force is identical to a positive g-force in the opposite direction. As soon as the descending speed becomes steady, the G-force is back to normal. The first involves the fact your airplane sitting on the ramp already is subject to 1g loading. The GPs just think they're coming out of their seats, and scummy clickbait channels use that to tie into major coaster accidents (SERIOUSLY. 'g-force' (or acceleration) is actually a vector quantity. I doubt even clickbait channels like TheRichest would think the amount of G's would equal the ride being unsafe. Vice versa, when you do a downwards turn, you get negative G-force your blood rush to your brain, so your screen turns red. It's like the "halfway corrected" removal from The Smiler, NO ONE would think that related to the crash except Alton themselves. Blood vessels in the eyes or brain may swell or burst under the increased blood pressure, resulting in degraded sight or even blindness. I get the heartrate monitor thing, but even then, I wouldn't think it'd be too intense. Negative g is generally unpleasant and can cause damage. However, the questioner may have heard the phrase negative g, as a type of g force. You'd only think that if you're doing mental gymnastics. Answer (1 of 10): What is negative gravitational force Gravitation always tends to pull things together, never push things apart. Like I said, I am just guessing that is why we don't know those numbers. Years ago during a film shoot at CP, they had planned on having riders wear heartrate monitors, but the park chose not to as they thought that some might think the rides are too intense. Before they open new rides, they use accelerometers (sp?) to record forces throughout the ride. Positive G-forces are anything that exceeds one G. This causes the liquids in your body to move away from your feet and towards your head. I would have to guess that parks do not want those numbers published as some guests might perceive that the ride would be unsafe. Negative G-force is any G-force in the opposite direction of positive G-force, caused by your body accelerating towards the earth faster than the forces of gravity. Why I chose to strap myself in on that while I was still a GP is unknown, even to me.
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