Discovering Power Flux Distribution in Schematic with S and G Loads

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The discussion focuses on determining the power flux distribution in a schematic involving loads (S) and a generator (G). Participants clarify that the task involves calculating the power carried in six transmission lines. There is confusion regarding the labeling of lengths in the schematic, specifically whether "L5" should actually be "L6." This mislabeling is acknowledged as misleading, confirming that the right length is indeed L6. The conversation emphasizes the importance of accurate labeling in understanding the schematic.
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Homework Statement



S stands for load and G for a generator. There is an odd term used- power flux distribution in the schematic. That`s what needs to be found.

Homework Equations

The Attempt at a Solution

 

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My guess would be that you are to find the power carried in each of the 6 transmission lines shown.

I'm wondering should one of the lengths denoted "L5" in your figure actually be, maybe, L6?
 
NascentOxygen said:
My guess would be that you are to find the power carried in each of the 6 transmission lines shown.

I'm wondering should one of the lengths denoted "L5" in your figure actually be, maybe, L6?
Yes, that sounds about right, just that the term in the original text was misleading to say the least. And, yes, you are correct, the one on the right is meant to be L6.
 
Thread 'Why wasn’t gravity included in the potential energy for this problem?'

Thread 'Why wasn’t gravity included in the potential energy for this problem?'

I’m looking at the attached vibration problem. The solution in the manual includes the spring potential energy but does NOT include the gravitational potential energy of the hanging mass. Can someone explain why gravitational potential energy is not included when deriving the equation of motion? I tried asking ChatGPT but kept going in circles and couldn't figure out. Thanks!
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