The profile of the iron filings reflects that of the magnetic field. When the magnetic field is strong, the lines will be really tight (small separation) and thick (height and width).
=========================
In apex, the answers for 2 potential energies, the answers are Elastic, and Magnetic energy.
NMR is nuclear magnetic resonance.it is based for chemical shift.It is used for organic compound is TMS(Tetra Methyl Silane)
It's called cladistics.
It is basically a magnet and it will point to the magnetic pole (north) The compass is magnetized and the poles of the earth emit magnetic waves what attrach the needle in the compass to point away from South and towards North
From what I know, there are three types of compasses. There is the original chines compass which is also known as the magnetic compass. there is also another compass called the gyrocompass. there's another one known as the astrocompass, and one also known as the box compass. ++++ It's a bit simpler than that. Magnetic compass, gyrocompass (which uses the inertia of a spinning flywheel) and electronic versions based on satellite navigation systems. The heading photo shows two magnetic compasses typical of those used by walkers & climbers.
Aluminum and iron can be differentiated because iron is magnetic and aluminum is not. To separate them, expose the filings to a magnetic source and the iron will separate.
First sprinkle iron filings on a glass plate well scattered. Now place a bar magnet under the surface of the glass plate and give light jerks continuously to the plate. Gradually the iron filings would be arranged in curved lines. More filings are found concentrated near by the poles. These curved strutures stand for the magnetic lines in the vicinity of the magnet. Actually magnetic lines of force are only imaginary lines.
Place a cardboard along the cross-section of wire and hold the cardboard horizontally and put iron powder on it and pass current through the wire...the powder will align itself in shape of magnetic field. Another method you can try is on cardboard place a magnetic compass and the needle will align itself in the path of magnetic field and keep marking the position of needle.
The hypothesis for separating iron filing and sulfur powder using a magnet is that iron is a magnetic material, whereas sulfur is not. By using a magnet, we can separate the iron filings from the sulfur powder based on their magnetic properties.
Yes, dubnium is expected to be magnetic based on its position in the periodic table and its electron configuration. However, due to its scarcity and short half-life, its magnetic properties have not been extensively studied.
No, adding magnets together does not increase their strength. Magnets have a fixed strength based on their material and size. Placing them together may change their magnetic field, but it does not make them stronger.
It would be difficult to sift iron filings from sand because they have similar sizes and shapes, making it hard to separate them based on physical characteristics alone. Additionally, both iron filings and sand are attracted to magnets, so using a magnet to separate them might not be effective. A more effective method, such as using a process like magnetic separation or flotation, would be needed to separate them successfully.
Strength based recovery is a practice based on an individuals strength.
Magnetic force in itself does not store energy, but it can transfer energy when it is doing work, such as moving a charged particle through a magnetic field. The energy associated with magnetic force is generally considered to be potential energy based on the position and orientation of magnetic materials.
Magnets differ based on their material composition, which can affect their magnetic strength and properties. Different materials have distinct atomic structures that determine how easily they can be magnetized and the strength of their magnetic field. Factors like temperature and external influences can also impact a magnet's performance.
A magnet creates a magnetic force that can attract or repel other objects made of certain materials like iron, nickel, or cobalt. This force is based on the orientation and strength of the magnetic field produced by the magnet.
There is no relationship between GPS (Global Positioning System) and magnetic fields. The GPS system is based on a network of satellites that provide a reference datum that is based on position, regardless of magnetic field.