A compression spring has squared ends and is made of Music wire A228. The mean coil diameter is 20 mm, and the wire diameter, d = 2.24 mm. The spring has a free length of 262 mm, and 29 total coils. (a) Calculate the pitch of the spring at the free length. (b) Calculate the solid height for the spring. (c) Calculate the deflection to compress the spring to its solid height. (d) Calculate the spring constant for the spring. (f) Determine the force to compress the spring to its solid height. (g) Determine whether the spring will buckle before it reaches its solid height if the spring is unrestrained.
A compression spring has squared ends and is made of Music wire A228. The mean coil diameter is 20 mm, and the wire diameter, d = 2.24 mm. The spring has a free length of 262 mm, and 29 total coils. (a) Calculate the pitch of the spring at the free length. (b) Calculate the solid height for the spring. (c) Calculate the deflection to compress the spring to its solid height. (d) Calculate the spring constant for the spring. (f) Determine the force to compress the spring to its solid height. (g) Determine whether the spring will buckle before it reaches its solid height if the spring is unrestrained.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:A compression spring has squared ends and is made of Music wire A228. The mean coil
diameter is 20 mm, and the wire diameter, d = 2.24 mm. The spring has a free length of
262 mm, and 29 total coils.
(a) Calculate the pitch of the spring at the free length.
(b) Calculate the solid height for the spring.
(c) Calculate the deflection to compress the spring to its solid height.
(d) Calculate the spring constant for the spring.
(f) Determine the force to compress the spring to its solid height.
(g) Determine whether the spring will buckle before it reaches its solid height if the
spring is unrestrained.
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