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It depends on electrical current,the number of winding,and core materials <3
First off, the two main factors are the power source and the number of windings in your Electromagnet. Higher wattage input can produce a stronger magnetic field. More windings will also increase the strength of the field. Type and gauge of the conductor will also affect performance. More factors to consider: The diameter of the coils, and the inductor core material. Make a simple ring of wire, maybe a dozen windings, attach a power source, and you will have an electromagnet (though not very useful in that form). Wrapping a wire around a large iron nail and attaching a power source will prove more effective. In the first example the core material is natural air. Air does not induce well, and therefore does not create a good magnet. In the second example, the iron core (the nail) through induction, greatly increases the magnetic field. The iron can also become temporarly magnetized through this process. Note: Do NOT use household line voltage, as this may be too powerful and cause injury.
Person place or thing
in door bells,
There are a great many factors that affect the degree of accuracy of a measurement. These factors include temperature for example.
3 factors 1) type of bone 2) position and strength of ligaments 3) contraction of muscle
It depends on electrical current,the number of winding,and core materials <3
There are several factors which affect the strength of an electromagnet. Some common factors are- 1. The wire used- High resistance wire will cause less current to flow and hence a weak field will be obtained. 2. The core- The most important part is the core. An air core magnet will have less field strength than an iron core.A core made of iron strips rather than an iron block will have greater field strength. 3. Eddy currents- These are a major reason for loss in effectiveness of an electromagnets. Making a core from strips rather than use a solid block reduces these currents and increases field strength. Finally there are many other factors like wire gauge used and the material and cooling etc. Studying self inductance and mutual inductance as well as asking your physics teacher or college student will greatly help you.
First off, the two main factors are the power source and the number of windings in your Electromagnet. Higher wattage input can produce a stronger magnetic field. More windings will also increase the strength of the field. Type and gauge of the conductor will also affect performance. More factors to consider: The diameter of the coils, and the inductor core material. Make a simple ring of wire, maybe a dozen windings, attach a power source, and you will have an electromagnet (though not very useful in that form). Wrapping a wire around a large iron nail and attaching a power source will prove more effective. In the first example the core material is natural air. Air does not induce well, and therefore does not create a good magnet. In the second example, the iron core (the nail) through induction, greatly increases the magnetic field. The iron can also become temporarly magnetized through this process. Note: Do NOT use household line voltage, as this may be too powerful and cause injury.
There are several factors which affect the strength of an electromagnet. Some common factors are- 1. The wire used- High resistance wire will cause less current to flow and hence a weak field will be obtained. 2. The core- The most important part is the core. An air core magnet will have less field strength than an iron core.A core made of iron strips rather than an iron block will have greater field strength. 3. Eddy currents- These are a major reason for loss in effectiveness of an electromagnets. Making a core from strips rather than use a solid block reduces these currents and increases field strength. Finally there are many other factors like wire gauge used and the material and cooling etc. Studying self inductance and mutual inductance as well as asking your physics teacher or college student will greatly help you.
There are several factors which affect the strength of an electromagnet. Some common factors are- 1. The wire used- High resistance wire will cause less current to flow and hence a weak field will be obtained. 2. The core- The most important part is the core. An air core magnet will have less field strength than an iron core.A core made of iron strips rather than an iron block will have greater field strength. 3. Eddy currents- These are a major reason for loss in effectiveness of an electromagnets. Making a core from strips rather than use a solid block reduces these currents and increases field strength. Finally there are many other factors like wire gauge used and the material and cooling etc. Studying self inductance and mutual inductance as well as asking your physics teacher or college student will greatly help you.
Person place or thing
Factors that affect sensation include the intensity of the stimulus, the type of stimulus, the individual's sensory receptors, the individual's past experiences and expectations, and the individual's attention or focus on the stimulus.
3 factors that affect the speed of an enzyme catalysed reaction are: .Temperature .Enzyme Concentartion .Substrate concentration
The 3 factors that affect the history of any nation have always been a) Economy b) People and c) Wars ofcourse.
- Heredity - Environment - Situation
Angle and what are the others