A uniform symmetrical beam is supported at two pin joints as shown below. It has a length L and a uniformly distributed load pz (x) = pis applied. The maximum bending moment My (x) will be half way along the beam. L р If the length L is 6.2 m, and the distributed load p is 2,400 N/m, then calculate the value of My (x) at the mid-point. Enter your answer as an integer, in Nm but without the units.
A uniform symmetrical beam is supported at two pin joints as shown below. It has a length L and a uniformly distributed load pz (x) = pis applied. The maximum bending moment My (x) will be half way along the beam. L р If the length L is 6.2 m, and the distributed load p is 2,400 N/m, then calculate the value of My (x) at the mid-point. Enter your answer as an integer, in Nm but without the units.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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answer ASAP would be appreciated
![A uniform symmetrical beam is supported at two pin joints as shown below. It has a length L and a uniformly
distributed load pz (x) = p is applied.
The maximum bending moment My (x) will be half way along the beam.
L
р
▼
If the length L is 6.2 m, and the distributed load p is 2,400 N/m, then calculate the value of My (x) at the
mid-point.
Enter your answer as an integer, in Nm but without the units.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F93057a87-f4a9-422d-8e59-8f9984cd406f%2Fb9e28b3c-4311-4aa9-a39d-9c68f39d8539%2Fvcs47ch_processed.png&w=3840&q=75)
Transcribed Image Text:A uniform symmetrical beam is supported at two pin joints as shown below. It has a length L and a uniformly
distributed load pz (x) = p is applied.
The maximum bending moment My (x) will be half way along the beam.
L
р
▼
If the length L is 6.2 m, and the distributed load p is 2,400 N/m, then calculate the value of My (x) at the
mid-point.
Enter your answer as an integer, in Nm but without the units.
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