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

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ISBN:9781305952300
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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Procedure-4: Use Bounce of Module to measure the period with Timer and Masses setting in the table below.
Mass
Attach m, = 50 g
Attach m2= 100 g
Attach m3= 250 g
Setting:
Measure 10 cycles
of oscillations on
timer as: At.
Period:
Δε
t =
10
Repeat 3 times:
t', t2, t3
00:10,71
TEXP =
00:01.94
16:4
100 g
t' +t² +t³
= 1. 07
10
10.11
3
1.94
= 0194
1,70
42. 40
=0170
K,=6.17
250
K2 6.1o
40.8
K3=6.13
00:42.40
250 g
4= 6.13
„Exp.
Exp-on0
Experiment
t=_ t}=_, t{=_, TP = \,07
Exp.
t3=_, t3=_, t}=_, T
Theory
|T{" = 2n
V k
m1
= 17.94
|Th
m2
= 2n
k
m3
= 25.38
Th = 2n
= y0.13
k
%Error
|T"h – TEXP|
|7}h – TXP|
|T}"h – TXP|.
Exp
-
1
% = 94.04
% = 99.24
% = 99.58
Transcribed Image Text:Procedure-4: Use Bounce of Module to measure the period with Timer and Masses setting in the table below. Mass Attach m, = 50 g Attach m2= 100 g Attach m3= 250 g Setting: Measure 10 cycles of oscillations on timer as: At. Period: Δε t = 10 Repeat 3 times: t', t2, t3 00:10,71 TEXP = 00:01.94 16:4 100 g t' +t² +t³ = 1. 07 10 10.11 3 1.94 = 0194 1,70 42. 40 =0170 K,=6.17 250 K2 6.1o 40.8 K3=6.13 00:42.40 250 g 4= 6.13 „Exp. Exp-on0 Experiment t=_ t}=_, t{=_, TP = \,07 Exp. t3=_, t3=_, t}=_, T Theory |T{" = 2n V k m1 = 17.94 |Th m2 = 2n k m3 = 25.38 Th = 2n = y0.13 k %Error |T"h – TEXP| |7}h – TXP| |T}"h – TXP|. Exp - 1 % = 94.04 % = 99.24 % = 99.58
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