LENZ' LAW DEMONSTRATION DEVICE
A Lenz' Law demonstration device. The invention is a child's educational toy that demonstrates magnetics, Lenz' Law (which creates a current within the tube by creating a magnetic field that opposes the field of the falling magnetic—making the magnet fall more slowly as opposed to a nonmagnetic drop that would fall at the speed of gravity). A magnet is dropped into a larger diameter copper (or other ferromagnetic material) tube. The magnetic resistance then causes the magnet to drop at a slower speed in the tube therefore creating the appearance of anti-gravity and generating an electrical charge through the resistance.
1 . A Lenz' Law demonstration device, the demonstration device comprising:
a tube having;
an inner surface;
an inner volume; and
an outer surface; and
a magnet;
wherein said magnet travels within said inner volume, said inner surface providing a resistance as said magnet travels and generates an electrical charge via said resistance; and
wherein such that said Lenz' Law demonstration device is configured to demonstrate direction of current induced in a conductor by a changing magnetic field due to induction is such that it creates the magnetic field that opposes the change that produced it.
2 . The Lenz' Law demonstration device of claim 1 , wherein said tube comprises copper.
3 . The Lenz' Law demonstration device of claim 1 , wherein said tube comprises ferromagnetic material.
4 . The Lenz' Law demonstration device of claim 2 , wherein said magnet due to said resistance is caused to drop at a slower speed in the tube therefore creating an appearance of anti-gravity and generating said electrical charge through the resistance.
5 . The Lenz' Law demonstration device of claim 2 , wherein changing a diameter of the tube changes in speed can show effects of the magnet and the resistance.
6 . The Lenz' Law demonstration device of claim 1 , wherein the copper said tube creates a magnetic drop due to said resistance.
7 . The Lenz' Law demonstration device of claim 1 , wherein use of the Lenz' Law demonstration device is governed by formula
ɛ
=
-
∂
Φ
∂
t
,
shown by a negative sign in Faraday's law of induction.
8 . The Lenz' Law demonstration device of claim 1 , wherein use of the Lenz' Law demonstration device is used to demonstrate magnetism.
9 . The Lenz' Law demonstration device of claim 1 , wherein the electrical charge is able to be externally captured for electric-use.
10 . The Lenz' Law demonstration device of claim 1 , wherein the Lenz' Law demonstration device is able to be side-by-side compared with a nonmagnetic drop that falls at a speed of gravity.
11 . The Lenz' Law demonstration device of claim 1 , wherein the Lenz' Law demonstration device further comprises connecting-tubes.
12 . The Lenz' Law demonstration device of claim 11 , wherein the connecting-tubes are useful for conducting related experiments to demonstrate scientific laws.
13 . The Lenz' Law demonstration device of claim 1 , wherein potential energy is converted to kinetic energy by use of the magnet passing through the tube with resistance.
14 . The Lenz' Law demonstration device of claim 1 , wherein the tube has a larger diameter than the magnet.
15 . The Lenz' Law demonstration device of claim 2 , wherein currents bound inside atoms of said magnet is able to create counter-rotating currents in said copper said tube.
16 . The Lenz' Law demonstration device of claim 1 , wherein the current induced in a circuit due to motion in said magnetic field is so directed as to oppose the change in flux and to exert a mechanical force opposing motion.
17 . A Lenz' Law demonstration device, the demonstration device comprising:
a tube having;
an inner surface;
an inner volume; and
an outer surface;
connecting-tubes; and
a magnet;
wherein said magnet travels within said inner volume, said inner surface providing a resistance as said magnet travels and generates an electrical charge via said resistance;
wherein said tube comprises copper;
wherein the copper said tube creates a magnetic drop due to said resistance;
wherein the tube has a larger inner-diameter than an outer-diameter of the magnet;
wherein use of the Lenz' Law demonstration device is used to demonstrate magnetism;
wherein the connecting-tubes are useful for conducting related experiments to demonstrate scientific laws;
wherein potential energy is converted to kinetic energy by use of the magnet passing through the tube with said resistance; and
wherein such that said Lenz' Law demonstration device is configured to demonstrate direction of current induced in a conductor by a changing magnetic field due to induction is such that it creates the magnetic field that opposes the change that produced it.
18 . The Lenz' Law demonstration device of claim 17 , further comprising set of instructions; and
wherein the Lenz' Law demonstration device is arranged as a kit.
19 . A method of use for the Lenz' Law demonstration device, the method comprising the steps of:
providing said Lenz' Law demonstration device, the demonstration device comprising:
a tube having;
an inner surface;
an inner volume; and
an outer surface;
connecting-tubes; and
a magnet;
generating an electrical charge as said magnet travels within said inner volume, said inner surface providing a resistance;
wherein use of the Lenz' Law demonstration device is used to demonstrate magnetism;
converting potential energy to kinetic energy by use of the magnet passing through the tube with said resistance such that said Lenz' Law demonstration device is configured to demonstrate direction of current induced in a conductor by a changing magnetic field due to induction is such that it creates the magnetic field that opposes the change that produced it.
20 . The method of claim 19 , further comprising the step of:
using the connecting-tubes for conducting related experiments to demonstrate scientific laws.