Lecture Note
University
University of CambridgeCourse
0625 IGCSE | PhysicsPages
2
Academic year
2023
shandeigh Hoovart
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0
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.
Acceleration Due to Gravity
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