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. A helical spring of stiffness k is cut into two halves and a mass m is connected to the two halves as shown in (a). The natural time period of this system is found to be 0.5 s. If an identical spring is cut so that one part is one-fourth and the other part th ree-fourths of the original length, and the mass m is connected to the two parts as shown in (b), what would be the natural period of the system? 0000 (a) (b) A. 0.333 s B. 0.433 s C. 0.533 s D. 0.633 s

. A helical spring of stiffness k is cut into two halves and a mass m is connected to the two halves as shown in (a). The natural time period of this system is found to be 0.5 s. If an identical spring is cut so that one part is one-fourth and the other part th ree-fourths of the original length, and the mass m is connected to the two parts as shown in (b), what would be the natural period of the system? 0000 (a) (b) A. 0.333 s B. 0.433 s C. 0.533 s D. 0.633 s

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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3. A helical spring of stiffness k is cut into two halves and a mass m is connected to the two halves as shown in (a). The natural time period of this system is found to be 0.5 s. If an identical spring is cut so that one part is one-fourth and the other part th ree-fourths of the original length, and the mass m is connected to the two parts as shown in (b), what would be the natural period of the system? 00000000 (a) (b) A. 0.333 s B. 0.433 s C. 0.533 s D. 0.633 s
Transcribed Image Text:3. A helical spring of stiffness k is cut into two halves and a mass m is connected to the two halves as shown in (a). The natural time period of this system is found to be 0.5 s. If an identical spring is cut so that one part is one-fourth and the other part th ree-fourths of the original length, and the mass m is connected to the two parts as shown in (b), what would be the natural period of the system? 00000000 (a) (b) A. 0.333 s B. 0.433 s C. 0.533 s D. 0.633 s
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