Jeredin

Jeredin OP , 10 months ago to Ask Science in Area of gravity at the center of large, dense celestial bodies...

So the larger the star, given that most (or all) aren’t uniform, there will come a gradient of gravity at its center that one can’t even call it low gravity - it’s heavy material is simply churning too much for their to be a stable center of gravity?

Jeredin OP , 10 months ago to Ask Science in Area of gravity at the center of large, dense celestial bodies...

So it’s not zero but low gravity and increases the more mass-I leave behind me as I move out from the center?

Jeredin OP , 10 months ago to Ask Science in Area of gravity at the center of large, dense celestial bodies...

So for the Sun, taking its density/pressure into account, will the same gravity gradient exist but on a much larger scale?

Thank you