The only element attracted to magnets is iron. If a magnet sticks to it, it contains iron. Since steel is mostly iron, it attracts to magnets as well. Gold, silver, titanium, platinum, copper, and aluminum are metals that don't attract to magnets, just to name a few.
The building line is the boundary on a property beyond which you cannot construct any permanent structures. It is typically set by local zoning regulations to ensure consistency in the appearance and layout of structures within a specific area. Violating the building line may result in fines or legal action.
You can detect the presence of a magnetic field using a compass, which will align itself with the field lines. Other devices such as magnetometers can also detect and measure magnetic fields accurately. Additionally, certain materials, such as iron filings, can visualize magnetic field patterns when sprinkled around the area.
The scientific name for magnetism is electromagnetic force. It is a fundamental force of nature that is responsible for the attraction and repulsion of charged particles.
The strongest man-made magnet in the world is the 45 tesla hybrid magnet at the National High Magnetic Field Laboratory in Florida, USA. It combines a resistive magnet with a superconducting magnet to achieve its record-breaking magnetic field strength.
A 'tin can' is actually made of steel, which is a magnetic alloy of iron.
There is sometimes a layer of tin (or zinc), electroplated onto the surface, so the name is misleading. It is more properly a 'tinned' can as it is a steel can which has been 'tinned' to stop it from corroding.
to free the children and gyptian children who have been taken to Bolvanger (the place where the oblation board experiments on children) by Mrs Coulter. And because she is trying to follow Lord Asriel who is in the North currently researching about the 'city' in the Aurora. The Aurora is another name for the NORTHERN lights.
All conductors have inductance. But all conductors are not used as inductors
The north pole of a compass magnet points more or less towards the north.Since opposite poles of a magnet attract, that means that the north pole of the magnet points towards Earth's magnetic south pole, which of course is located towards the north.
Confusingly, this magnetic south pole has often been called the magnetic NORTH pole, precisely because it is located towards the north.
Definitely NON-Metals. , othjerwise known as the HALOGENS.
What happens if vary/change the distance between the magnet and the nail/s?
The two sides of a magnet are called the north and south poles. Typically, the magnet is stronger at its poles rather than its sides. The strength of a magnet is usually concentrated at the poles, where the magnetic field lines are closer together and more forceful.
No, a magnet will not be able to attract a paper clip that has a cardboard between them. The cardboard will act as a barrier, preventing the magnetic force from reaching the paper clip.
Magnets have two poles, a north pole and a south pole, because of the alignment of their electrons. The electrons in a magnet tend to align in the same direction, creating a magnetic field that has distinct north and south poles. This property is due to the presence of magnetic domains within the material, which align and create a bipolar magnet.
Electric and magnetic fields contain energy and information. They transport this energy and information through space. In the case of electric fields, they are generated by stationary electric charges and transport energy and information by interacting with other charges. Magnetic fields, on the other hand, are generated by moving charges or changing electric fields and also transport energy and information through their interactions with other magnetic fields or moving charges.
Cooling a magnet can actually increase its magnetic properties. At low temperatures, the thermal energy of the material decreases, causing the magnetic domains to align more easily and enhancing the magnetization. This phenomenon is known as magnetic cooling. However, if the magnet is cooled to extremely low temperatures, such as near absolute zero, it can lose its magnetic properties altogether due to a phenomenon called the Curie temperature.
No, cooking oil cannot be removed from a mixture using a magnet. Cooking oil is not magnetic and therefore cannot be attracted or separated by a magnet. Other methods, such as filtration or centrifugation, are typically used to separate oil from a mixture.
No, hemoglobin is not attracted to magnets. Hemoglobin is a protein found in red blood cells that carries oxygen, and it does not contain any magnetic properties.
Magnetism is produced by the alignment and movement of electric charges, specifically electrons, within a material. In some materials, such as iron, nickel, and cobalt, the alignment of these charges creates a net magnetic field that can attract or repel other magnetic materials.
If you put a magnet next to a clock, it can interfere with the clock's magnetic components and disrupt its timekeeping mechanism. This can cause the clock to either slow down or speed up, depending on the specific design and sensitivity of the clock. It is generally recommended to keep magnets away from clocks to maintain their accuracy.
No, the deflection of ions in a magnetic field depends on their mass-to-charge ratio (m/z) rather than their speed. Heavier ions with larger mass-to-charge ratios will be deflected less than lighter ions with smaller mass-to-charge ratios. Therefore, ions traveling at the same speed but having different mass-to-charge ratios will be deflected by different amounts in the magnetic field.
A magnetic keeper, also known as a magnetic shunt or magnetic loop, is a piece of ferromagnetic material that is used to enhance and maintain the strength of a magnetic field. It is typically placed across the poles of a permanent magnet or an electromagnet to prevent the loss of magnetic strength when it is not in use or being used for a specific purpose. The magnetic keeper helps to redirect and concentrate the magnetic flux within the magnet, prolonging its effectiveness.