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Note : Dynamic Force = Mass × Star Dynamic Gravitational Constant G*.So,when mass is unity numerical value of G* is equal to Dynamic Force,is a special case. In comparison to dynamics of earth,the result for calculation of mass of supermassive black hole at...

So,when flare has a time period half of unity value (or equal to 12 hours) the velocity is one complete orbit in that time,thus rotates twice in a day.This result is calculated in comparison with the earth's rotation around the axis.

To obtain result compared to earth rotation,a multiplication with a factor of 2Pi (=2×3.1415) is done with velocity. Thus,calculation for this observation can be worked out.

Dynamic Fòrce = Mass of SMBH × Distance parameter expressed by simple number of units without dimensions × velocity of plasma disc at event horizon/Time Period of flare's rotation = Star Dynamic Gravity Constant G*.

Star Dynamic Gravity G* = Dynamic Force of stars in motion = Dynamic Force of Supermassive Black Hole at center of the galaxy. Dynamic Force = effective mass(actual mass ×distance between event horizon and center of the SMBH)× velocity/unit time(= velocity of...

Star Dynamic Gravitational Constant G*(approximately equal to Universal Gravitational Constant G) has successful application in astronomy for determination of milky way's supermassive black hole mass from measurement of rotating plasma disc's motion at event...