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and de G General Position Function (for & in feet) (7) 10 ++ Intial velocity, initial position Vo 22. DATA SHEET #1 m - Table 1 Spark Tape Point Number S₁ S₂ S3 S4 S5 S6 S7 S8 S9 S10 S11 S12 S13 S14 Slope calculation: V₂-V₁ t₂-t₁ W = 313 - 175 13.5-5,5 Experimental g = Ĉ % error = Distance between adjacent points (cm) 138 Constant Acceleration Data 2.4 cm 2.7 1.9 cm 201 cm 1 3.2 смг 3.4 cm 3.7 cm 4.0 cm 4, 3 см مع .5 5.4 cm = Percentage Error Calculation: % error = 17-25. = gexp - gactual actual g Velocity (cm/sec) V = 60 x distance 96 126 144 162 174 192 1222 2410 258 12 76 306 324 AVG = 202.7=2020-/sec Lab 5-4 7 * 100% Time in sec 1/60 2/60 3/60 4/60 5/60 6/60 7/60 8/60 9/60 10/60 11/60 12/60 13/60 14/60 981 AVC = 8 १६। x 100%

and de G General Position Function (for & in feet) (7) 10 ++ Intial velocity, initial position Vo 22. DATA SHEET #1 m - Table 1 Spark Tape Point Number S₁ S₂ S3 S4 S5 S6 S7 S8 S9 S10 S11 S12 S13 S14 Slope calculation: V₂-V₁ t₂-t₁ W = 313 - 175 13.5-5,5 Experimental g = Ĉ % error = Distance between adjacent points (cm) 138 Constant Acceleration Data 2.4 cm 2.7 1.9 cm 201 cm 1 3.2 смг 3.4 cm 3.7 cm 4.0 cm 4, 3 см مع .5 5.4 cm = Percentage Error Calculation: % error = 17-25. = gexp - gactual actual g Velocity (cm/sec) V = 60 x distance 96 126 144 162 174 192 1222 2410 258 12 76 306 324 AVG = 202.7=2020-/sec Lab 5-4 7 * 100% Time in sec 1/60 2/60 3/60 4/60 5/60 6/60 7/60 8/60 9/60 10/60 11/60 12/60 13/60 14/60 981 AVC = 8 १६। x 100%

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I need helpunderstanding how to find the exponetial g and then the percent error. I have to use the two points that i already started with so 

v2= 313

v1= 175

t2=13.5

t1=5.5

and G Geners Position Function (for & in feet) 16/+*+ Intial velocity, and hom a geight of 48 It m- initial position Se **8 DATA SHEET #1 Table 1 Spark Tape Point Number S₁ S₂ S3 S4 S5 S6 S7 S8 S9 S10 S11 S12 S13 S14 Slope calculation: V₂-V₁ t₂-t₁ M = 313 - 175 2 13.S-S/S Experimental g = = % error = Constant Acceleration Data % error = Distance between adjacent points (cm) 1.6 c 1.9 cm 201 cm 2.4 cm 2.7 cm 3.2 смг 3.4 cm 3.7cm 4.0 cm 41. 3 cm 4.6 cm 5.1 5.4 a Percentage Error Calculation: Velocity (cm/sec) V = 60 x distance 126 144 162 174 192 138 = 17.25. = 17 8 1 gexp - gactual декр g actual 2041 222 2410 12.58 12 76 306 324 AUG = 202.7 = 2020-~/sec Lab 5-4 * 100% Time in sec 1/60 2/60 3/60 4/60 5/60 6/60 7/60 8/60 9/60 10/60 11/60 12/60 13/60 14/60 Avce = 80 - 981 981 x 100%
Transcribed Image Text:and G Geners Position Function (for & in feet) 16/+*+ Intial velocity, and hom a geight of 48 It m- initial position Se **8 DATA SHEET #1 Table 1 Spark Tape Point Number S₁ S₂ S3 S4 S5 S6 S7 S8 S9 S10 S11 S12 S13 S14 Slope calculation: V₂-V₁ t₂-t₁ M = 313 - 175 2 13.S-S/S Experimental g = = % error = Constant Acceleration Data % error = Distance between adjacent points (cm) 1.6 c 1.9 cm 201 cm 2.4 cm 2.7 cm 3.2 смг 3.4 cm 3.7cm 4.0 cm 41. 3 cm 4.6 cm 5.1 5.4 a Percentage Error Calculation: Velocity (cm/sec) V = 60 x distance 126 144 162 174 192 138 = 17.25. = 17 8 1 gexp - gactual декр g actual 2041 222 2410 12.58 12 76 306 324 AUG = 202.7 = 2020-~/sec Lab 5-4 * 100% Time in sec 1/60 2/60 3/60 4/60 5/60 6/60 7/60 8/60 9/60 10/60 11/60 12/60 13/60 14/60 Avce = 80 - 981 981 x 100%
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