Would the space shuttle results of this experiment be similar to your Earth-based experiment? Explain why you think the results would be the same or different. The purpose of this lab is to measure the constant acceleration g due to gravity near the earths surface by two different methods. Imagine this particular experiment being performed on the space shuttle. On several occasions NASA has performed classroom physics experiments on the space shuttle. The slope or value obtained from graphing our data.
#Acceleration due to gravity lab for free
Was there a great percentage difference for the acceleration values in any of the trials? Account for any differences between the measured and accepted values of acceleration for free fall. This acceleration is imparted to all objects near the surface of the Earth, and is caused by the tug of the Earths gravity accordingly, g is referred to as. Conclusion The local acceleration due to gravity was measured by timing a released cart on an angled ramp. How does the value from your acceleration table compare to the accepted value for the acceleration of a free falling object on Earth (9.81 m/s 2)? Calculate the percentage difference between your experimental value and the accepted value for the acceleration of a free falling object. How does the slope value from your velocity-time compare to the accepted value for the acceleration of a free falling object on Earth (9.81 m/s 2)? Calculate the percentage difference between your experimental value and the accepted value for the acceleration of a free falling object. Record this mean value as the acceleration of the picket fence.
A statistic for "Mean" will appear at the bottom of the table. The purpose of this experiment is to determine the acceleration due to gravity. Select your table display of acceleration and click the statistics button. Experiments with Simulated Data for Remote Delivery. Record this value as the acceleration of the picket fence. Castano, Diego, Experiment 1.02: Acceleration Due to Gravity: Vertical Drop (2022). The resulting slope value is the measured acceleration of the picket fence. Apply a linear fit to the velocity-time graph.
0 kommentar(er)
