Yes, magnetic attraction can work underwater. However, the strength of the magnetic field may weaken depending on the material of the objects and the distance between them. Materials like iron and steel are more likely to be attracted by a magnetic field underwater compared to non-magnetic materials.
Yes, an electromagnet can work underwater by generating a magnetic field when an electric current is passed through it. However, the strength of the magnetic field may be weaker underwater compared to in air due to the presence of water.
Magnets cannot attract or repel water because it is not a magnetic material. Wood and plastic also do not contain magnetic properties, so magnets will not affect them in the same way they would with metals like iron or steel.
Electromagnets work in separation by applying a magnetic field to attract or repel materials based on their magnetic properties. When materials pass through the magnetic field of an electromagnet, those with magnetic properties will be separated from those that are not magnetic. This process is commonly used in industries for separating metals from non-metals in recycling plants.
Magnetic latches work by using magnets to create a magnetic attraction that holds the latch in place. When the latch is in position, the magnets attract each other, preventing the latch from opening. To open the latch, you need to overcome the magnetic force by pulling or rotating the latch to break the magnetic connection.
No, a static magnetic field cannot do positive work on charged particles. Magnetic fields can only do work on moving charged particles by changing their directions of motion or causing them to spiral. Static magnetic fields do not affect stationary charged particles.
Magnetism. The ATTRACTION and REPULSION of magnetic poles is the BASIC design process that makes electric motors work.
Basically, a magnetised needle on a pivot points towards the magnetic North of the World, based on the attraction of North and South magnets.
Oil is burnt to heat up water. The water then travels in convection currents past a turbine, this causes the turbine to spin. The turbine rotates a coil of wire in a magnetic field. As the coil experiences a change in magnetic field, an AC current is induced. Oil is algy that gets heated under the water at a paticular temperature
Magnetic attraction occurs due to the effect of magnetic fields on electrical currents. An electric current would be the flow of electric charge (positive or negative depending on the amount of electrons present). A magnetic field is produced by moving electrical charges to effect other charges (basically).
Interesting question. The answer is maybe - it depends on the construction of the electromagnet. the key is the electromagnet must be water proof, and the wiring used to create the magnet must be insulated from water - if this is not done, then current will flow through the water, which will decay the effectiveness of the electromagnet, along with robbing it of strength due to a decrease in current through the magnet.
the correct answer would be -( magnetic attraction of one part )
repulsion or attraction between two magnets which leads to calculation of a positive work in the interaction shows the presence of a new force named the magnetic force.
water!
Yes electricity works under water
Yes, an electromagnet can work underwater by generating a magnetic field when an electric current is passed through it. However, the strength of the magnetic field may be weaker underwater compared to in air due to the presence of water.
Im not sure if this is the correct answer but its my thought that for magnetism to work there must be a magnetic field. Not all celestial beings have a magnetic field allowing for a magnetic attraction therefore magnetism cannot be the answer to the gravitational problem of space flight though it is also my thought that a series of motor driven gyroscopes might hold an answer.
Yes, magnetism happens even under water.