Hello, I have a question on problem 1.31 from assignment 1. What is a power check? I wasn't sure what the question was asking me to compute. Thank you
Power check means that you are confirming that the power generated equals the power absorbed.
did we do problem 1-16 in our class? There is a similar one in the homework I wasn't sure how to do.
We did 1-16 in section 02. Just spreading the wealth :)
There's no blog post for lecture 2 for us to comment on!
Correct.
I don't understand how multiple separate connections of different elements can be considered one node.
slide 53.
So whereever there is a "joint" where current splits from one path two two or more paths, or where current combines from two or more paths to one path is a NODE.
Could we go over how to locate a node in class tomorrow? I was having trouble understanding it in the lecture.
Ok David. Can you please ask it in class to remind me? Thanx
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Hello, I have a question on problem 1.31 from assignment 1. What is a power check? I wasn't sure what the question was asking me to compute. Thank you
ReplyDeletePower check means that you are confirming that the power generated equals the power absorbed.
ReplyDeletedid we do problem 1-16 in our class? There is a similar one in the homework I wasn't sure how to do.
ReplyDeleteWe did 1-16 in section 02. Just spreading the wealth :)
DeleteThere's no blog post for lecture 2 for us to comment on!
ReplyDeleteCorrect.
DeleteI don't understand how multiple separate connections of different elements can be considered one node.
ReplyDeleteslide 53.
DeleteSo whereever there is a "joint" where current splits from one path two two or more paths, or where current combines from two or more paths to one path is a NODE.
DeleteCould we go over how to locate a node in class tomorrow? I was having trouble understanding it in the lecture.
ReplyDeleteOk David. Can you please ask it in class to remind me? Thanx
Delete