A magnetic period is a specific duration of time during which the Earth's magnetic field undergoes reversals, where the magnetic North and South poles switch places. These reversals occur over thousands of years and are recorded in rocks and sediments as a series of stripes of alternating magnetic polarity.
An item in which magnetic domains can be aligned and a magnetic field induced for a short period of time is a ferromagnetic material, such as iron. When exposed to an external magnetic field, the magnetic domains within the material temporarily align, allowing it to exhibit magnetism. Once the external field is removed, the domains may return to a random orientation, causing the magnetism to dissipate. This property makes ferromagnetic materials useful in applications like temporary magnets and magnetic storage devices.
A magnetic substance can also be made into a magnet by aligning its magnetic domains in the same direction. This alignment creates a magnetic field around the substance, allowing it to attract or repel other magnetic materials. The strength of the magnet depends on the material and the alignment of its domains.
Sulfur is non-magnetic. It does not have magnetic properties like iron or nickel, which are considered magnetic materials.
No, selenium is not magnetic. It is a non-magnetic element with no magnetic properties.
No, calcium is not magnetic. It does not have magnetic properties in its natural state.
The number of sunspots depends on the magnetic field of the Sun. This magnetic field changes with a period of roughly 22 years; twice in each of these magnetic cycles there is a maximum of sunspots. (So, the sunspot cycle has a period of about 11 years (on average), whilst the magnetic cycle has a period of about 22 years.)I am not sure whether the reasons for the magnetic cycles are completely understood, but you can check what is known so far, in the Wikipedia article on "Solar dynamo".
Period 4: iron (Fe), cobalt (Co), nickel (Ni).
The best procedure to create a permanent magnet is to expose a ferromagnetic material to a strong magnetic field for an extended period of time, aligning the magnetic domains within the material to create a permanent magnetic field.
When a magnet is attached to a permanent magnet, it can become temporarily magnetized by aligning its magnetic domains with the strong magnetic field of the permanent magnet. This alignment causes the magnet to exhibit magnetic properties for a short period of time.
Venus does not have a magnetic field because its rotational period is very slow. This means that if its core had a liquid metal component, it would not be moving fast enough to generate a field.
Yes, maybe, but probably not. This is not the most common way of describing matters and the term "static magnet" does not have a defined meaning and established usage, so one can not know the meaning when there is no context. The other similar phase is "static magnetic field." One often uses the phase "static magnetic field" to refer to a magnetic field that does not change for a period of time. The source of that magnetic field can be anything and need not be a permanent magnet. The typical solenoid is designed to produce a magnetic field which is typically of fixed strength for a period of time. Such a field arises in an electromagnetic and not a permanent magnet, but is nonetheless a "static magnetic field."
Yes, but only for a very brief period of time.
magnetic effect of current -it mens that a current flowing in a wire produces a magnetic field around it. and here also, electromagnet produces same magnetic field around it and th ball got stuck.
To magnetize a piece of metal effectively, you can rub a magnet along the metal in one direction multiple times. This process aligns the magnetic domains within the metal, creating a magnetic field. Alternatively, you can expose the metal to a strong magnetic field for a period of time to induce magnetization.
No, platinum is not magnetic. It is a non-magnetic metal and does not exhibit magnetic properties.
A magnetic substance can also be made into a magnet by aligning its magnetic domains in the same direction. This alignment creates a magnetic field around the substance, allowing it to attract or repel other magnetic materials. The strength of the magnet depends on the material and the alignment of its domains.
Sulfur is non-magnetic. It does not have magnetic properties like iron or nickel, which are considered magnetic materials.