Not unless it has dissolved metals, is ionized, or is heated.
electricity in a generator is made by spinning a magnet inside a coil the flux lines of the magnet will cut through the coil and create a current. you can turn the magnet in numerous ways, by using wind mills, water mills, or heating water with coal, oil, gas or nuclear energy, and let the steam rush into a turbine which then moves the magnet.
Castrol Magnetic lubricant should be changed according to the manufacturer's recommended intervals, typically every 5,000 to 7,500 miles for conventional oil and up to 15,000 miles for synthetic oil. Regular oil changes are vital for maintaining engine performance and prolonging the life of the vehicle.
The field of view of the oil immersion 100x lens would be 0.4 mm. This is because the field of view decreases as the magnification increases.
In order for Kinetic energy to be converted into electrical energy, the kinetic energy usually drives the rotation or oscillation of a magnet in close proximity to coiled wire. A bar magnet can be moved up and down through the centre of a looped coil of wires. As the wire comes into contact with the magnetic field of the magnet, a current is induced in the wire. (see Left hand rule) Likewise, a collection of magnets attached to a large prop shaft when rotated will induce a current in a large array of coiled wires which surround but do not touch the circled array of magnets. Kinetic energy is essentially converted into electrical energy in most production of electricity. Oil, Gas, Coal or Nuclear energy are all used to heat water; the steam of which turns turbines and therefore the prop shaft. (Chemical energy-kinetic energy-electrical energy) Answer given by Neetu Singh Lambha.
Millikan was able to quantitate the elementary electric charge using his oil drop experiment. By measuring the forces acting on the oil drops in the electric field, he could determine the charge on each drop and eventually calculate the charge of a single electron.
Yes, a magnet can be submerged in oil and still attract iron. The presence of oil does not interfere with the magnetic field generated by the magnet, as oil is not a magnetic material. Therefore, the magnet will still be able to attract ferromagnetic materials like iron, regardless of being in oil.
No, oil is not a magnetic material. Magnetic materials are those that can be attracted to a magnet, whereas oil is non-magnetic and does not exhibit any magnetic properties.
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, the iron nails inside the steel container will not be attracted to a magnet outside the container because the steel container will shield the nails from the magnetic field. Steel is not magnetic, so it will not affect the iron nails inside the container.
Ferrofluid is the name of the liquid magnetic substance. It is composed of tiny magnetic particles suspended in a carrier fluid, like oil or water. Ferrofluid is known for its unique properties, such as becoming magnetized in the presence of a magnetic field.
Yes, it can because my friend and I did an experiment on this and we tested water, orange juice, coca cola, olive oil, and syrup. It turns out that the denser the liquid the further the magnets attracted to each other. We weren't sure why this happened, but we concluded that we thought it was because the dense liquids may have obtained its own magnetism and gave the liquid a magnetic field
There should be no effect from that.
According to Holt Science & Technolgy (Phisical science text book)pass a magnet over the mixture and the iron filings will be attracted to it.
Oil is not magnetic, but magnetic substances can be made from it.
No, oil is not magnetic. Oil is made up of organic compounds that do not have magnetic properties.
First, use a magnet to get the iron nails out because iron is a magnetic material and will be attracted to the magnet. Now what you have left is the water and oil. Fortunately, oil is less dense than oil and it will float on top of the water. Use a separating funnel to tap the water out from the bottom and collect it in a container. You can also use a spoon to get the oil out from a container which contains the oil and water since oil floats on the surface.
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