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Given the force in spring AD (150N), final length of spring EC (0.8m), spring constant k = 9 N/cm, and ¤= 72° in the spring and pulley system shown, calculate for the following if a= 75°, ß= 15', d= 2.4m| a. the load P in N. b. the initial length of spring EC in mm

Given the force in spring AD (150N), final length of spring EC (0.8m), spring constant k = 9 N/cm, and ¤= 72° in the spring and pulley system shown, calculate for the following if a= 75°, ß= 15', d= 2.4m| a. the load P in N. b. the initial length of spring EC in mm

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Given the force in spring AD (150N), final length of spring EC (0.8m), spring constant k = 9 N/cm, and p= 72° in the spring and pulley system shown, calculate for the following if a= 75', B= 15°, d= 2.4m a. the load P in N , b. the initial length of spring EC in mm
Transcribed Image Text:Given the force in spring AD (150N), final length of spring EC (0.8m), spring constant k = 9 N/cm, and p= 72° in the spring and pulley system shown, calculate for the following if a= 75', B= 15°, d= 2.4m a. the load P in N , b. the initial length of spring EC in mm
A 0.8d wwww a 65 D P. ww
Transcribed Image Text:A 0.8d wwww a 65 D P. ww
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