Acceleration Due to Gravity

No. Date Physics "Acceleration Due to Graunty" Theunform acceleration produced on freely falling object due to the gravitational pull of the eart HHS denoted by (6) and its SI Units is M/S2 Is known as acceleration due to gravity the Value of g IS independent of the Masses of theob jeet Whiches Falling freely Under Gravity Relation between g dan 6 IS Given by g = 6M R2 where M= Mass of the earth = 6.4 X1024 Kg R= Radius of the earth. 6,38 X 106m. Gravitational Mass Mg is defined by newton law Cravitation Mg-tg = W. g Weight of body g Accelaration due to Gravity (Mug. fg,g2 (Mz)g . Fgz gi

No. Date Inertial mass (=Face/Acclarition) and Gravitational Mass are equal to e a ch other in Magnitude. # (nethal Mass and Gravitational Mass a) Inertial Mass= Acceleration Force b) Gravitational Mass Weight of body Accelarition due Gravity. c) They are equal to each other In Magnitude.