For spring mass system, Mass (m)= 5 kg Time period (T)= 1.2 sec Horizontal displacement =10 mm=0.01 m Assumption: No friction is present Step 2: calculation of frequency and force required a> www time period = f1 T = 27 1.2 = 27 √ 1/2 m k m 2 TT ں) initial position. T= 1.2 Sec = TS ³X 5 10mm 2 TI 23 = 41- 137 0778 N/m • stiffnen of spring k = +
For spring mass system, Mass (m)= 5 kg Time period (T)= 1.2 sec Horizontal displacement =10 mm=0.01 m Assumption: No friction is present Step 2: calculation of frequency and force required a> www time period = f1 T = 27 1.2 = 27 √ 1/2 m k m 2 TT ں) initial position. T= 1.2 Sec = TS ³X 5 10mm 2 TI 23 = 41- 137 0778 N/m • stiffnen of spring k = +
Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Find how K is 137.0778 n/m

Transcribed Image Text:For spring mass system,
Mass (m) = 5 kg
Time period (T)= 1.2 sec
Horizontal displacement =10 mm=0.01 m.
Assumption: No friction is present
Step 2: calculation of frequency and force required
a>
K
www
time period
f
T = 2M m
k
1.2=
m
2 TT
initial
positin.
T= 1.2 Sec
(x)
10 mm
YENU
5
F
k
211 = 7/1
w3
介
137.0778 N/m
stiffnen of spring
K =
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