Data Table 3: Time Trials to Drop an Object 2m | |
Item | Data |
Trial 1 Drop time, t, (s) | 0.69 |
Trial 2 Drop time, t, (s) | 0.73 |
Trial 3 Drop time, t, (s) | 0.73 |
Trial 4 Drop time, t, (s) | 0.71 |
Trial 5 Drop time, t, (s) | 0.73 |
Trial 6 Drop time, t, (s) | 0.72 |
Trial 7 Drop time, t, (s) | 0.71 |
Trial 8 Drop time, t, (s) | 0.75 |
Trial 9 Drop time, t, (s) | 0.69 |
Trial 10 Drop time, t, (s) | |
Average drop time (s) | |
r(squared) (s,squared) | |
experimental g =2d/squared (m/s) |
Trail 10 drop time reading is missing.
Procedure -
step 1) just add up all the drop times (from trial 1 to trial 10)
step 2) Now, divide the sum of the trial time (found in step 1) by 10 ( because we have total number of trials as 10)
step 3) Now, square the average time. You will get t2 (found in step 3)
step 4) Now, use the formula g = 2d / t2 to find the value of g. Here d = 2 meter , t2 is time which you found in step 3.
step 5) You have your value of g.
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