Elementary Physics Revisited

[nilrehob]

I have written 4 short papers;

the first explaining how to combine mass in series and in parallel, like 1kg + 1kg = 2kg but also like 1kg + 1kg = 1/2kg.

the second describing how to increase momentum or charge in a system

the third shows a template on how to compare harmonic systems, their variables and equations, like a mass-spring system with a coil-cap system

the forth, which i believe is the most promising, uses the second and the third paper to show how to increase magnetic flux

https://sites.google.com/site/nilrehob/home/elementary-physics

/Hob

[nilrehob]

We have a new paper out, its the 5th and its called "Increasing Electromagnet Force".

It focus on the force per power ratio in coils.

Since the concept of an electromagnet is present in both motors and generators we find it interesting to study the relationship between the parameters describing the electrical power the coil consumes and the mechanical force with which the coil attracts a piece of ferromagnetic material or a magnet.

The amount of copper in an electromagnet determines the force per power ratio, not the number of turns or the wire thickness in the coil, the more copper the greater force.

To get the best performance in an electromagnet it should be as big as possible, which leads us to believe that motors should have as few and big coils as possible (think Joseph Newman) to increase torque per power. We also believe that the reverse is true, that generators should have as many and small coils as possible to decrease torque per power.

You can find all papers here:
https://sites.google.com/site/nilrehob/home/elementary-physics

/Hob

[nilrehob]

I also did a short video on the subject of the 5th paper:
https://www.youtube.com/watch?v=IIeRR6NjMPQ

/Hob

[ramset]

/Hob
your Video shows a big Exclamation point here [No Vid]
Northeast USA

thanks for sharing your hard work.

Chet

[nilrehob]

/Hob
your Video shows a big Exclamation point here [No Vid]
Northeast USA

thanks for sharing your hard work.

Chet

Really? Try again, its hyper fresh, maybe internet isn't that fast after all?

/Hob