course Phy 202
Altitude(mL)Distance(cm)Velocity(cm/s)Delta T(s)25068234.480.29
Your work has been received. Please scroll through the document to see any inserted notes (inserted at the appropriate place in the document, in boldface) and a note at the end. The note at the end of the file will confirm that the file has been reviewed; be sure to read that note. If there is no note at the end, notify the instructor through the Submit Work form, and include the date of the posting to your access page.
228 61.5 212.07
205 56 193.1
190 51 175.86
170 45 155.17
150 41 141.4
130 37 127.58
110 34 117.24
90 29 100
70 21 72.41
Everything needs to be tabbed over"
These results appear to be reasonable, assuming a drop of about 50 cm to the ground.
Again there should be some explanation of how you obtained your results.
Then these results should be compared with results of other experiments to determine the percent energy loss to friction.
course Phy 202
Altitude(mL)Distance(cm)Velocity(cm/s)Delta T(s)25068234.480.29
Your work has been received. Please scroll through the document to see any inserted notes (inserted at the appropriate place in the document, in boldface) and a note at the end. The note at the end of the file will confirm that the file has been reviewed; be sure to read that note. If there is no note at the end, notify the instructor through the Submit Work form, and include the date of the posting to your access page.
228 61.5 212.07
205 56 193.1
190 51 175.86
170 45 155.17
150 41 141.4
130 37 127.58
110 34 117.24
90 29 100
70 21 72.41
Everything needs to be tabbed over"
These results appear to be reasonable, assuming a drop of about 50 cm to the ground.
Again there should be some explanation of how you obtained your results.
Then these results should be compared with results of other experiments to determine the percent energy loss to friction.
course Phy 202
Altitude(mL)Distance(cm)Velocity(cm/s)Delta T(s)25068234.480.29
Your work has been received. Please scroll through the document to see any inserted notes (inserted at the appropriate place in the document, in boldface) and a note at the end. The note at the end of the file will confirm that the file has been reviewed; be sure to read that note. If there is no note at the end, notify the instructor through the Submit Work form, and include the date of the posting to your access page.
228 61.5 212.07
205 56 193.1
190 51 175.86
170 45 155.17
150 41 141.4
130 37 127.58
110 34 117.24
90 29 100
70 21 72.41
Everything needs to be tabbed over"
These results appear to be reasonable, assuming a drop of about 50 cm to the ground.
Again there should be some explanation of how you obtained your results.
Then these results should be compared with results of other experiments to determine the percent energy loss to friction.