I don't fully understand how to use the given formulas This section is about hookes law and oscillation Procedure-4: Use Bounce of Module to measure the period with Timer and Masses setting in the table below.Attach m3= 250 gAttach m, = 50 gAttach m2= 100 gMassSetting:Measure 10 cyclesof oscillations ontimer as: At.Period:Δεt =10Repeat 3 times:|t', t², t³00:10.71TEXP50 g00:01.94100 at' +t? + t3ןרמ=1.073=019442. 40=017025000:42.40250 g,Expt=_, t{=_, t{=_, T;*P=T{h = 2nt=_ t3=_ t3=_ TTh = 2nExperimentExp-t}=_, t3=_, t3=_, TEXP=Theorym3m2Th = 2nm1||kkk|Th – T|Exp|Th – TXP|TTh|Th – TXP|%ErrorExp2% =% =

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Description: I don't fully understand how to use the given formulas This section is about hookes law and oscillation Procedure-4: Use Bounce of Module to measure the period with Timer and Masses setting in the table below.Attach m3= 250 gAttach m, = 50 gAttach m2

In this experiment, you need to calculate time of 10 cycles of oscillation Δt and then divide by 10.…

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Physics

Procedure-4: Use Bounce of Module to measure the period with Timer and Masses setting in the table below. Attach m3= 250 g Attach m2= 100 g Attach m,= 50 g Mass Setting: Measure 10 cycles of oscillations on timer as: At. Period: Δε t = 10 Repeat 3 times: t', t?, t3 00:10.71 TEXP 50 g 00:01.94 100 g t'+t2 + t3 =1.07 3 94 =0194 10 42. Y0 =0170 250 00:42.40 250 g Exp. t}=_, t3=_, t3=_, TEXP = m2 Th = 2n t3=_, t3=_, t3=_, T* Th = 2n Experiment =_, tj=_, t}=_ TxP= Exp- %3D Theory m1 m3 Th = 2n %3D %D k k k |T}"h – T*P| TTh Exp |Th– TP ,Еxp 2 |T"h – TXP| TTh %Error % = %3D

Procedure-4: Use Bounce of Module to measure the period with Timer and Masses setting in the table below. Attach m3= 250 g Attach m2= 100 g Attach m,= 50 g Mass Setting: Measure 10 cycles of oscillations on timer as: At. Period: Δε t = 10 Repeat 3 times: t', t?, t3 00:10.71 TEXP 50 g 00:01.94 100 g t'+t2 + t3 =1.07 3 94 =0194 10 42. Y0 =0170 250 00:42.40 250 g Exp. t}=_, t3=_, t3=_, TEXP = m2 Th = 2n t3=_, t3=_, t3=_, T* Th = 2n Experiment =_, tj=_, t}=_ TxP= Exp- %3D Theory m1 m3 Th = 2n %3D %D k k k |T}"h – T*P| TTh Exp |Th– TP ,Еxp 2 |T"h – TXP| TTh %Error % = %3D

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter15: Oscillations

Section: Chapter Questions

Problem 29P: A mass m0is attached to a spring and hung vertically. The mass is raised a short distance in the...

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