Influence lines (concentrated load system)

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The discussion revolves around calculating the absolute maximum moment in a beam subjected to concentrated loads. The original poster is unsure if the maximum moment occurs at the midpoint of the beam and seeks clarification on how to determine its value, given their familiarity with concentrated and uniformly distributed loads. Participants emphasize the need for a clear problem statement and relevant diagrams to assist in solving the issue. They also suggest listing applicable equations and showing the work done to facilitate guidance. Overall, the conversation highlights the importance of structured problem-solving in engineering contexts.
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I started by getting the equation for the reaction(which is really simple). I'm a bit confused here, they're asking for the absolute maximum moment, but they're not locating the location of where the maximum moment will occur, should I assume it's happening on the middle of the beam? And another question, how can I find the value of this maximum moment, I'm normally accustomed to a concentrated load, or a uniformally distributed load, but not a system of concentrated forces. Thank you.
 
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Slow down and take a deep breath.

First, it's not clear what you are talking about. There was a homework template, but I can't find it now, so I'll wing it.

First: Give the full problem statement, including any relevant diagrams which may help illustrate the problem.

Second: List any relevant equations which would be used to solve the problem.

Third: Show your work in solving the problem. You may also ask specific questions about the problem statement or the solution procedure which are unclear or which confuse you. PF will provide comments and other help to guide you, but it is not permitted for PF members to work out the solution for you.
 
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