Question 10 Two heavy objects create a distributed load to a beam, as shown in the Figure. From O, the load is 500 N/m and increases to 3000 N/m over a distance of 4m, then decreases to 1000 N/m over a distance of 3.8 m. Calculate the position of the resultant point load, measured from O. (Answer in m) 500 N/m 1 3000 N/m 1000 N/m
Question 10 Two heavy objects create a distributed load to a beam, as shown in the Figure. From O, the load is 500 N/m and increases to 3000 N/m over a distance of 4m, then decreases to 1000 N/m over a distance of 3.8 m. Calculate the position of the resultant point load, measured from O. (Answer in m) 500 N/m 1 3000 N/m 1000 N/m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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10
![Question 10
Two heavy objects create a distributed load to a beam, as shown in the Figure. From O, the load is 500
N/m and increases to 3000 N/m over a distance of 4m, then decreases to 1000 N/m over a distance of 3.8
m. Calculate the position of the resultant point load, measured from O. (Answer in m)
500 N/m
1
3000 N/m
1000 N/m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9a85602a-74e4-465a-95f8-e521e4c45a94%2F0f9c3f97-a01b-427c-9823-77f82ebae7cc%2Fivrsrtd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question 10
Two heavy objects create a distributed load to a beam, as shown in the Figure. From O, the load is 500
N/m and increases to 3000 N/m over a distance of 4m, then decreases to 1000 N/m over a distance of 3.8
m. Calculate the position of the resultant point load, measured from O. (Answer in m)
500 N/m
1
3000 N/m
1000 N/m
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