Changes

:<math>F_N=GMm/r^2</math> ...... (6),  

:<math>F_N=GMm/r^2</math> ...... (6),  

where G is Newtonian gravitational constant. The small difference between those two forces (Newtonian <math>F_N</math> and Einsteinian <math>F</math>) comes from the difference between flat space of Newtonian math and the [[curved space]] of Einsteinian physics that is responsible for equation (4).  

where G is Newtonian gravitational constant. The small difference between those two forces (Newtonian <math>F_N</math> and Einsteinian <math>F</math>) comes from the difference between flat space of Newtonian math and the [[curvature of space|curved space]] of Einsteinian physics that is responsible for equation (4).  

It is the whole mystery of ''gravitational force'' demystified by Einsteinian ''[[time dilation]]'' and the ''[[curvature of space]]''. Turning out to be the '''inertial force''', ''pushing'' the particle towards mass <math>M</math>, that allegedly ''attracts'' it but in fact only changes the rate of time around itself (slowing it down).  

It is the whole mystery of ''gravitational force'' demystified by Einsteinian ''[[time dilation]]'' and the ''[[curvature of space]]''. Turning out to be the '''inertial force''', ''pushing'' the particle towards mass <math>M</math>, that allegedly ''attracts'' it but in fact only changes the rate of time around itself (slowing it down).