Recent content by adebo
-
A
Induced EMF: specific velocity and track length
Thank you- adebo
- Post #14
- Forum: Electrical Engineering
-
A
Induced EMF: specific velocity and track length
Impelled by reactions to the post, I must make some clarifications: It is not a conductor “per se”, but a complex system which is at times crossing magnetic fields. The fields’ intensities are irregular and the resultant EMFs are to be quantified on account of disturbances they generate in both...- adebo
- Post #12
- Forum: Electrical Engineering
-
A
Induced EMF: specific velocity and track length
Thank you. I gave explanations about what motivated the posting, and, frankly, it looks like a psychotic episode.- adebo
- Post #11
- Forum: Electrical Engineering
-
A
Induced EMF: specific velocity and track length
Thank you! It moves me.- adebo
- Post #10
- Forum: Electrical Engineering
-
A
Induced EMF: specific velocity and track length
Thank you. I realize that the problem as stated lacks the most important details. I had to be cautious because it is a novelty. One of the details became PhD dissertation, but no one was/is privy to the entire material. I have some ailments that prevent me from experimenting, and the...- adebo
- Post #7
- Forum: Electrical Engineering
-
A
Why must residential electrical systems be connected to Earth (soil)?
Beautiful explanation!- adebo
- Post #42
- Forum: Electrical Engineering
-
A
Induced EMF: specific velocity and track length
Not schoolwork.- adebo
- Post #5
- Forum: Electrical Engineering
-
A
Induced EMF: specific velocity and track length
I meant that the conductor travels in straight line or a curving one.- adebo
- Post #4
- Forum: Electrical Engineering
-
A
Induced EMF: specific velocity and track length
I ensured that the conductor moves at 10-20 m/s. The length of the track is 40-60 m. Variable magnetic strength in the coils. I wonder of the optimal values for each term, such that the EMF is the highest. Thank you.- adebo
- Thread
- Replies: 14
- Forum: Electrical Engineering