Expert answer:physics lab report about # Rc Circuits

Expert answer:please write a lab report about this topic, all information you need is in the file also put the data in the report.
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copy_of_p164_17_rc.xls

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PHYS 164
LAB #17 RC Circuits
DATA
NOTE: All resistors and capacitors have a tolerance of ± 10%
Part 1: Determination of Half-life Using a Voltmeter
R=
32
±
3
C=
0,50
±
0,05
V (V)
5
4,5
4
3,5
3
2,5
2
1,5
1

0,01
0,01
0,01
0,01
0,01
0,01
0,01
0,01
0,01
t (s)
0
1,95
4,01
5,88
8,11
11,12
15,25
20,08
26,45
MW***
mF

0
0,50
0,50
0,50
0,50
0,50
0,50
0,50
0,50
0
2,45
4,51
6,38
8,11
10,62
14,75
19,58
25,95
Part 2: Determination of Half-life Using an Oscilloscope
R=
10
±
1
kW
C=
0,10
±
0,01
mF
t1/2 (ms)
0,744

0,008
Part 3: Determination of Phase Angle
Vc (V)
6,48

0,8
Vo (V)
13

0,1
t (ms)
390

8
T (ms)
3840

100
t = Shortest time between adjacent peaks of the two waves
T = Time between adjacent peaks of either wave (I.e., the period)
***Includes voltmeter resistance of 10 MW
f (Hz)
261,04

0,02
V Vs T
6
5
0
1,45
3,51
5,38
8,11
11,62
15,75
20,58
26,95
4
3
2
1
0
0
5
10
15
Chart Title
6
5
4
3
2
1
0
-5
0
5
10
V Vs T
15
20
25
Chart Title
30
y = 4,90832e-0,05841x
y = 5,12893e-0,06332x
15
20
25
30
PHYS 164
LAB #17 RC Circuits
ANALYSIS
Part 1: Determination of Half-life Using a Voltmeter
t1/2 (s)
Observed
11,12

0,50
Expected
11,088

2,2176
% diff
0,28860029
Agree?
YES
Vo (V)
RC (s)
t1/2 (s)
Graph
10,3
16,4
11,3

0,4
3,1
2,1
Expected
10,00
16,0
11,1

0,01
3,2
% diff
2,87
2,26
2,26
Agree?
yes
yes
yes

0,139
% diff
11,977
Agree?
yes
Part 2: Determination of Half-life Using an Oscilloscope
t1/2 (s)

8
Observed
0,776
Expected
0,693
Part 3: Determination of Phase Angle
Eq. 2: Vc = Vo cos f
Eq. 1: tan f = w RC
Eq. 1
Eq. 2
Eq. 3
f (deg)
26
30
21231
Between Eq. 1 & Eq. 2
Between Eq. 1 & Eq. 3
Eq. 3: f = (t/T) 360o

1
1
1
% diff
16
200
Agree?
no
no
…
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