Two gas struts with a extended length of 26", compressed length of 16" and a stroke of 10" with a .39" rod and .866" body is being used to hold a door weighing 40 lbs. prior to use, the owner would like to ensure the ball bearings can hold the load of the gas struts closed. The gas strut is a 20 lb compression gas strut, how much force does it take to keep gas strut closed if you were to push straight down in order to compress. Note: The answer is not 20lbs and I need all equations.
Two gas struts with a extended length of 26", compressed length of 16" and a stroke of 10" with a .39" rod and .866" body is being used to hold a door weighing 40 lbs. prior to use, the owner would like to ensure the ball bearings can hold the load of the gas struts closed. The gas strut is a 20 lb compression gas strut, how much force does it take to keep gas strut closed if you were to push straight down in order to compress. Note: The answer is not 20lbs and I need all equations.
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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Two gas struts with a extended length of 26", compressed length of 16" and a stroke of 10" with a .39" rod and .866" body is being used to hold a door weighing 40 lbs. prior to use, the owner would like to ensure the ball bearings can hold the load of the gas struts closed. The gas strut is a 20 lb compression gas strut, how much force does it take to keep gas strut closed if you were to push straight down in order to compress. Note: The answer is not 20lbs and I need all equations.
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