Revision history of "Gravitational Acceleration" (Q3848)

26 September 2024

• curprev 11:2711:27, 26 September 2024‎ Shehu talk contribs‎ 5,391 bytes −422‎ ‎Removed claim: Generalized By (P848): Acceleration (Q3849)
• curprev 11:2711:27, 26 September 2024‎ Shehu talk contribs‎ 5,813 bytes +422‎ ‎Created claim: Generalized By Quantity (P852): Acceleration (Q3849)

24 September 2024

• curprev 14:3714:37, 24 September 2024‎ Shehu talk contribs‎ 5,391 bytes +422‎ ‎Created claim: Generalized By (P848): Acceleration (Q3849)
• curprev 14:1014:10, 24 September 2024‎ Shehu talk contribs‎ 4,969 bytes +679‎ ‎Created claim: in defining formula (P597): r
• curprev 14:0214:02, 24 September 2024‎ Shehu talk contribs‎ 4,290 bytes +679‎ ‎Created claim: in defining formula (P597): M
• curprev 14:0114:01, 24 September 2024‎ Shehu talk contribs‎ 3,611 bytes +679‎ ‎Created claim: in defining formula (P597): G
• curprev 14:0114:01, 24 September 2024‎ Shehu talk contribs‎ 2,932 bytes +702‎ ‎Created claim: in defining formula (P597): \vec{g}
• curprev 14:0014:00, 24 September 2024‎ Shehu talk contribs‎ 2,230 bytes +364‎ ‎Created claim: defining formula (P29): \vec{g}=-\frac{GM}{r^2}\vec{r}
• curprev 10:2510:25, 24 September 2024‎ T4schmidt talk contribs‎ 1,866 bytes +337‎ ‎Created claim: Wikidata QID (P2): Q30006
• curprev 10:2410:24, 24 September 2024‎ T4schmidt talk contribs‎ 1,529 bytes +418‎ ‎Created claim: instance of (P3): Quantity (Q3844)

20 September 2024

• curprev 14:2614:26, 20 September 2024‎ Shehu talk contribs‎ 1,111 bytes +422‎ ‎Created claim: community (P582): MathModDB (Q3842)
• curprev 14:2614:26, 20 September 2024‎ Shehu talk contribs‎ 689 bytes +689‎ ‎Created a new Item: Gravitational Acceleration, In physics, gravitational acceleration is the acceleration of an object in free fall within a vacuum (and thus without experiencing drag). At a fixed point on the surface of Earth, the gravity results from the combined effect of gravitation and the centrifugal force from Earth's rotation. At different points on Earth's surface, the free fall acceleration ranges from 9.764 to 9.834 m/s2.