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In a cement plant, a bucket (B) full of crushed limestone is suspended from a travellir crane (A) which moves horizontally along a stationary bridge. The length of the cable that connects the bucket to the crane (from A to B) is 30 ft. The crane is travelling at speed of 12 ft/s when it is brought to a sudden stop. Determine the maximum horizontal distance through which the bucket will swing.

In a cement plant, a bucket (B) full of crushed limestone is suspended from a travellir crane (A) which moves horizontally along a stationary bridge. The length of the cable that connects the bucket to the crane (from A to B) is 30 ft. The crane is travelling at speed of 12 ft/s when it is brought to a sudden stop. Determine the maximum horizontal distance through which the bucket will swing.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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In a cement plant, a bucket (B) full of crushed limestone is suspended from a travellin crane (A) which moves horizontally along a stationary bridge. The length of the cable that connects the bucket to the crane (from A to B) is 30 ft. The crane is travelling at speed of 12 ft/s when it is brought to a sudden stop. Determine the maximum horizontal distance through which the bucket will swing.
Transcribed Image Text:In a cement plant, a bucket (B) full of crushed limestone is suspended from a travellin crane (A) which moves horizontally along a stationary bridge. The length of the cable that connects the bucket to the crane (from A to B) is 30 ft. The crane is travelling at speed of 12 ft/s when it is brought to a sudden stop. Determine the maximum horizontal distance through which the bucket will swing.
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