QUESTION 9 ww www. N Figure 2 Two identical springs with spring constant k are connected to identical masses of mass M, as shown in the figures above. Find the ratio of the period for the springs connected in parallel (Fig. 1.) to the period for the springs connected in series (Fig. 2). M

University Physics Volume 1
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Chapter15: Oscillations
Section: Chapter Questions
Problem 24P: Find the frequency of a tuning fork that takes 2.50103 s to complete one oscillation.
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QUESTION 9
wwwxx
N
Figure 2
Two identical springs with
spring constant k are
connected to identical masses
of mass M, as shown in the
figures above. Find the ratio.
of the period for the springs
connected in parallel (Fig. 1.)
to the period for the springs
connected in series (Fig. 2).
k = 6.34 N/m
M = 4.31 kg
SONNTA
M
Transcribed Image Text:QUESTION 9 wwwxx N Figure 2 Two identical springs with spring constant k are connected to identical masses of mass M, as shown in the figures above. Find the ratio. of the period for the springs connected in parallel (Fig. 1.) to the period for the springs connected in series (Fig. 2). k = 6.34 N/m M = 4.31 kg SONNTA M
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