- VELOCITY ACCELERATION AND GRAVITY LAB REPORT SOFTWARE
- VELOCITY ACCELERATION AND GRAVITY LAB REPORT TRIAL
- VELOCITY ACCELERATION AND GRAVITY LAB REPORT FREE
VELOCITY ACCELERATION AND GRAVITY LAB REPORT SOFTWARE
(1) Computer with PASCO Capstone software 2． To learn the effect of mass on the value of g.ģ． To learn to utilize numerical tools (curve fitting, mean, and standard deviation) in 3) If this experiment was performed again with a different sized ball, the final results should be exactly the same as the previous ball.Free Fall: The Measurement of the Acceleration of Gravityġ． To measure the acceleration due to gravity (g) at the surface of theĮarth. Questions: 1) If the drop distance was increased, what can we say about the final velocity compared to a shorter drop distance? 2) What are some possible experimental errors? Be specific.
9-9.7 m/s" 10+9.6+9.6+9.7 - 38.914 11) What is the percent error between actual gravity and the average gravitational value from the experiment? % Error Exp - Act x 100 9.7-9.8 Act % error -190 -X 100 9.8
VELOCITY ACCELERATION AND GRAVITY LAB REPORT TRIAL
= 22 = 9.6 miss 0.23 Trial 3 9= 2 = 3:45 = 9.6 misa Trial Trial 4:9= zdziba 9.7m 15² 10) Calculate the average value for gravity. (show calculations) zd 2 : = 10 m/s² t² 0.20 Trail 2: g. 10.25s² 9.6 2.om/0.29 5² 9.7 2.4m g= 20 / 9) Using the rearranged equation, determine the value of gravity for each of the 4 trials. These will be used to calculate the rate of gravity.
7) For the last two columns of the data table, multiply the distance dropped by two and square the average times. 6) Continue step 4 and 5 until an overall of four different heights are used. 130 cm - 1.30 m) 5) Perform three runs and determine an average time. dowolph here thum Contact Photo The inted) receptor pod 4) Lower the release mechanism by 10 or 15 cm, insert the ball and remeasure the vertical distance. 3) Perform another two runs to get an average time. If the timer indicates a time of a few one- hundredths of a second, something went wrong. Release the ball by loosening the thumbscrew on the release mechanism. Press Start once - the ball is now ready to be dropped. 3) Confirm that the photogate is in Stopwatch mode (reset it if necessary). 2) Place the ball back in the release mechanism and measure the distance from the bottom of the ball to the receptor pad. Perform a test run to confirm that the ball will hit the pad once dropped. what happen when it falls ? Its velocity increases 1) Using the second free-fall apparatus, place the metal ball in the release mechanism. a d = į gtwhere d is the vertical distance the ball fell Procedure: Acceleration due to gravity with varying heights. Once again, gravitational acceleration will be measured. Only one sphere will be used but distance dropped will vary. The exact time of flight will be measured using a smart timer where the initial velocity will be zero. rate of change in relocity In this lab, a metal ball will be dropped from the gravitational acceleration apparatus. The results from this lab will be compared to this value. The accepted value of gravitational acceleration is 9.81 m/s.
VELOCITY ACCELERATION AND GRAVITY LAB REPORT FREE
Free Fall = 20 쁩 In this lab, the acceleration of gravity will be studied.
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